24.0 Container Design Bill of Materials

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│ ├─24.0 Container Design – General Information │ │ 1.2 Classification of Pressure Vessels 4.doc │ │ 1.3 Standards and Specifications for Pressure Vessels.doc │ │ Technical Requirements for Pressure Vessels Made of 15CrMoR 7.doc │ │ Manufacturing of Hydrogenation Reactors per 17API_934.doc │ │ 120 Questions and Answers Regarding Pressure Vessels as Per Document No. 194.doc │ │ Boilers, Pressure Vessels, and Pressure Pipes in Yiyang City from 2004 to 2006.doc │ │ Thoughts and Insights from the Second Training Course for Pressure Vessel Designers in 2006 │ │ Experiences from the Second Training Course for Pressure Vessel Designers in 2008 │ │ Question Bank on “Pressure Vessels” for Special Equipment.doc │ │ List of Currently Valid Standards for Pressure Vessels in 2012.doc │ │ Review Questions for Container Inspectors – Lü Yunrong – Pipes.doc │ │ Pressure Vessel Design Record Forms (2012 Edition).doc │ │ Catalog of Pressure Vessels in 2013.xlsx │ │ Latest Catalog of Pressure Vessel Standards in 2013 │ │ Technical Specifications for Pressure Vessels in 25MW Blast Furnace Gas Power Generation Projects.doc │ │ Comparison of Two Standards for Low-Temperature Insulated Pressure Vessels.doc │ │ Container Data Sheet 30-01D4 (including cover page).xls │ │ Manufacturing Process Plan for the Main Hydrogenation Reactor – 1.doc │ │ Technology Related to Hydrogenation Reactors.doc │ │ Welding Techniques for Hydrogenation Reactors.doc │ │ Manufacturing of the Hull of Hydrogenation Reactors – 1.doc │ │ Design of the Upper Head of Hydrogenation Reactors – 1.doc │ │ Verification Form for Resources Related to Class B3 Pressure Vessels (Special Gas Cylinders).doc │ │ Guidelines for Evaluating the Qualifications of Pressure Vessel Design Organizations of Class D.doc │ │ Differences Between GBT 25198—2010 “Pressure Vessel Heads” and JBT 4746—2002 “Heads for Steel Pressure Vessels”.doc │ │ NBT47065.1-2018 Quick Reference Table for Supports.xlsx │ │ PVelite_2006: Pressure Vessel Design and Analysis 311 │ │ Installation and Operational Performance Verification Report for RAT-50Dse Explosion-Proof Double-Glass Reactors 14.doc │ │ Lifting Plan for SBA Latex Reactors (R1301) 19.doc │ │ WRC107-297 in Simplified Chinese Version │ │ Pressure Vessel Design Management System of XXX Company 45.doc │ │ Pressure Vessel Design Management System of XXX Company.doc │ │ Explanation of Common Issues Related to the “Rules for Permitting the Design of Pressure Vessels and Pressure Pipes”.doc │ │ Instructions on Filling Out Inspection Reports under the “Rules for Periodic Inspection of Pressure Vessels”.doc │ │ Answers to Common Questions Related to the “Safety Supervision Regulations for Simple Pressure Vessels TSG R0003-2007”.doc │ │ Analysis of a Pressure Vessel Explosion Incident.doc │ │ Technical Requirements for Class III Pressure Vessels and High-Pressure Vessels 1.doc │ │ Technical Requirements for Class III Pressure Vessels and High-Pressure Vessels │ │ Repair Plans for Weld Cracks in Class III Pressure Vessels.doc │ │ Research Report on World’s Companies Specializing in Low-Temperature Storage and Transportation Containers 8.doc │ │ Analysis of Standards for Steel Plates Used in Pressure Vessels in China and Europe.doc │ │ Comparison between Chinese Pressure Vessel Standards and American ASME Standards.doc │ │ Discussion on the Development Trends of Technical Standards in China’s Pressure Vessel Industry 9.doc │ │ Discussion on the Development Trends of Technical Standards in China’s Pressure Vessel Industry.docx │ │ Overview of China’s Standard System for Pressure-Containing Equipment – 40 │ │ Container and Pipeline Design by Sinopec Luoyang Design Institute.doc │ │ Training Materials on Pressure Vessels and Pressure Pipes for 2008 237 │ │ Training Materials on Pressure Vessels and Pressure Pipes for 2008 │ │ V. Horizontal Pressure Vessels 4 │ │ What is a pressure vessel? How to classify? 2.doc │ │ Dimensions, inner surface area, and volume (mm) of the elliptical head with the inner diameter as the nominal diameter 3.doc │ │ Design of pressure vessels under low temperature and low stress conditions 1.doc │ │ Issues that should be considered in the design of cryogenic pressure vessels 3.doc │ │ 06Ni9 alloy steel plate for cryogenic vessels.doc │ │ Introduction to cryogenic equipment manufacturers 62.doc │ │ Use pressure vessel knowledge 23.doc │ │ 6. Vertical vessel design 9 │ │ 120 questions and answers about pressure vessels 10.doc │ │ Key points on pressure vessel design drawing review 7.doc │ │ About the measurement of hardness of pressure vessels in use.doc │ │ Preliminary analysis on the problem of reinforcement of oval head openings 7.doc │ │ The difference between pipes and containers 2.doc │ │ Other sight glass products Page 12 │ │ Analysis and experimental research on plastic limit load of partially thinned elbow under internal pressure 4.doc │ │ Internal and external pressure vessels-pressure component design Sang Rubao 14.doc │ │ Stamping head blanking dimensions.doc │ │ The structures and principles of dozens of reactors │ │ The structural characteristics of several commonly used internal pressure-bearing heads │ │ The principles and selection of several liquid level gauges 8.doc │ │ Dispenser tank design standards 6.docx │ │ Hydrogenation manhole flange and discharge pipe process design 1.doc │ │ Hydrogenation manhole flange and discharge pipe process design 2.doc │ │ Hydrogenation manufacturing process 1.doc │ │ Hydrogenation manufacturing process 2.doc │ │ Hydrogenation manufacturing process 3.doc │ │ Hydrogenation reactor │ │ Hydrogenation reactor manufacturing technology exchange.doc │ │ Hydrogenation reactor size design.doc │ │ Hydrogenation reactor technology.doc │ │ Hydrogenation reactor overall manufacturing process design and arrangement 1.doc │ │ Design and finishing of the overall manufacturing process of hydrogenation reactor 2.doc │ │ Design and finishing of the overall manufacturing process of hydrogenation reactor 3.doc │ │ Design and finishing of the overall manufacturing process of hydrogenation reactor 4.doc │ │ Design and finishing of the overall manufacturing process of hydrogenation reactor 5.doc │ │ Design and finishing of the overall manufacturing process of hydrogenation reactor 6.doc │ │ Design and finishing of the overall manufacturing process of hydrogenation reactor 7.doc │ │ Hydrogenation reactor inspection details 1.doc │ │ Hydrogenation reactor inspection details 2.doc │ │ Hydrogenation reactor assembly and welding.doc │ │ Hydrogenation reactor design (2).doc │ │ Hydrogenation reactor design.doc │ │ Hydrogenation reactor design calculation sheet.doc │ │ Chemical pressure vessel use management regulations.doc │ │ Classification of chemical pressure vessels 2.doc │ │ Technical Specifications for Thermal Insulation of Chemical Equipment and Pipelines (QYHLT-001-2010).docx │ │ Chemical Equipment Parts Process Card.doc │ │ 11. EHA Head Cutting Diameter Size and Calculation Formula 8 │ │ 11: EHA standard oval head cutting size, quota, volume, quality (based on inner diameter) │ │ 13. Non-circular container 5 │ │ Single and double chamber balance vessel │ │ Single-layer glass reactor instruction manual 14.doc │ │ Horizontal internal pressure vessel equipment design course design 13 │ │ Horizontal pressure vessel course design outline │ │ What are the requirements for the layout and installation height of horizontal vessels 1.doc │ │ pressure vessel 11.doc │ │ pressure vessel 19.doc │ │ Pressure vessel 120 questions 10.doc │ │ Pressure vessels ANSYS tutorial │ │ Pressure vessels Pressure vessels (bilingual) 49.doc │ │ Pressure vessels and pressure piping knowledge training materials 133 │ │ Pressure vessels and pressure piping knowledge training materials 2006 139.doc │ │ Pressure vessels and pressure pipeline knowledge training materials 237 │ │ Pressure vessels and heat exchange equipment related knowledge answers.doc │ │ Pressure vessels and storage and transportation equipment engineering department accident emergency plan.doc │ │ Pressure vessel professional knowledge 17.doc │ │ Common mistakes in drawings of pressure vessels 2.doc │ │ Common errors in drawings of pressure vessels.doc │ │ Pressure vessel usage registration management rules 7.doc │ │ Comprehensive inspection plan for pressure vessels (gasoline and diesel hydrogenation (set I), non-aromatic hydrogenation device).doc │ │ The relationship diagram between several thicknesses of pressure vessels is clear at a glance.doc │ │ Classification of pressure vessels 10.doc │ │ Pressure vessel classification 2.doc │ │ Pressure vessel classification (color illustration).doc │ │ Pressure vessel classification (with color classification).doc │ │ Pressure vessel classification standard 3 │ │ Pressure vessel classification table 1.doc │ │ Review of several common problems in pressure vessel manufacturing.doc │ │ Pressure vessel and pressure piping design unit qualification licensing and management rules 31.doc │ │ Explanation of Frequently Asked Questions on Pressure Vessel and Pressure Piping Design Permit Rules.doc │ │ Pressure Vessel Certificate and Data Form.doc │ │ General Provisions on Pressure Vessel Drawing Design Technology 25 │ │ Requirements for Review of Pressure Vessel Drawings 14.doc │ │ Requirements for pressure vessel drawing review.doc │ │ Pressure vessel training engineer tutorials │ │ Pressure vessel training materials Special operation training materials series readers 25.doc │ │ Pressure vessel training class * Experience 17.doc │ │ Summary of Pressure Vessel Training Defense Questions │ │ Basic Inspection Standards for Pressure Vessels (Riveter).doc │ │ Basic Knowledge of Pressure Vessels 42.doc │ │ Basic knowledge of pressure vessels 6.doc │ │ Pressure vessel basics 12.doc │ │ Pressure vessel basics 3.doc │ │ Pressure vessel complex * material 13.doc │ │ Answers to technical questions on safety technical supervision regulations for pressure vessels 32.doc │ │ Allowable stress for pressure vessel safety factor.doc │ │ Pressure vessel safety facility design 107 │ │ Pressure vessel installation quality manual 164 │ │ What content is included in the periodic inspection of pressure vessels.doc │ │ Pressure vessel periodic inspection work procedures.doc │ │ Pressure vessel periodic inspection rules publicity and implementation conference discussion issue record sheet.doc │ │ General process for periodic inspection of pressure vessels.doc │ │ Common errors in drawings during pressure vessel drawing review │ │ Training notes for pressure vessel auditors - Pressure vessel design basics 2007 73 │ │ Arrangement and discussion of seam positions for pressure vessel heads.doc │ │ Pressure vessel engineering regulations 19.doc │ │ Pressure vessel engineering regulations 25.doc │ │ Common data on pressure vessels (good stuff).xls │ │ Common data on pressure vessels.xls │ │ Basic knowledge of commonly used materials for pressure vessels 5 │ │ Pressure vessel operator training materials │ │ Pressure vessel operator training handouts.doc │ │ Pressure vessel supports and inspection holes.doc │ │ Pressure Vessel Textbook 2006 (Oil and Gas Gathering and Transportation System) 224.doc │ │ Pressure vessel literature review 59.doc │ │ Pressure vessel literature review.doc │ │ Pressure vessel material thickness calculation 5.doc │ │ Experimental analysis of bendability of pressure vessel plates.doc │ │ The latest progress in pressure vessel standard technology and the standardization of pressure vessels in China 9.doc │ │ Pressure Vessel Standard Data Quick Reference Manual 39 │ │ Pressure Vessel Standard Questions and Answers.doc │ │ Preparing the Construction Plan Before Pressure Vessel Inspection.doc │ │ Instructions for filling out the pressure vessel inspection report 5.doc │ │ Instructions for filling out the pressure vessel inspection report.doc │ │ Pressure vessel hydraulic burst test preparation procedures.doc │ │ Pressure vessel flange industry standard catalog 2012 3 │ │ Pressure vessel flange.xls │ │ Pressure vessel production process and main process parameters.doc │ │ Pressure vessel life cycle risk factor analysis and control.doc │ │ A brief analysis of the problems of safety valves for pressure vessels.doc │ │ Heads for pressure vessels.docx │ │ Draft standard for heads for pressure vessels (interpretation) │ │ Classification of pressure vessels 10.doc │ │ Definition and classification of pressure vessels │ │ What are the main differences between the conventional design method and the analytical design method of pressure vessels.doc │ │ Examples of stress analysis and design of pressure vessels │ │ Experimental thoughts on stress measurement by electrical measurement method of pressure vessels.doc │ │ A brief introduction to pressure vessels 17.doc │ │ Design of Pressure Vessels edited by He Zenggu 2013 edition 29.doc │ │ Design service life of pressure vessels 1.doc │ │ Pressure vessel related knowledge.doc │ │ Popularization of Pressure Vessel Knowledge Volume 5 77 │ │ Pressure Vessel Stability Analysis.doc │ │ Pressure Vessel Management System 2011.doc │ │ Concise judgment of pressure vessel category.doc │ │ Concise judgment of pressure vessel category │ │ Concise judgment of pressure vessel category.xls │ │ Concise judgment of pressure vessel category 1.doc │ │ Pressure Vessel Lecture Series (1~17) 24.doc │ │ Handling of Pressure Vessel Defects.doc │ │ Pressure vessel specifications are roughly divided into two categories.docx │ │ Pressure Vessel Handout 6.doc │ │ Consideration of heat treatment in pressure vessel design.doc │ │ Assessment outline for pressure vessel designers (2010).doc │ │ Assessment rules for pressure vessel designers (2010).doc │ │ Pressure vessel design and manufacturing 200 questions and answers 25.doc │ │ Pressure vessel design and manufacturing 200 questions and answers 74.doc │ │ Pressure vessel design and manufacturing 200 questions and answers 35.doc │ │ Pressure vessel design and manufacturing 200 questions and answers 61.doc │ │ Pressure Vessel Design and Manufacturing 200 Questions and Answers 62 │ │ Pressure Vessel Design and Manufacturing 200 Questions and Answers 72.doc │ │ Pressure vessel design and manufacturing 200 questions and answers 77.doc │ │ Pressure Vessel Design and Manufacturing 200 Questions and Answers (Chapter 3) 9.doc │ │ Pressure vessel design and manufacturing Q&A 77 pages │ │ Pressure vessel design evidence collection-self-examination comprehensive report.doc │ │ Pressure vessel design evidence collection form.doc │ │ Basic knowledge of pressure vessel design 34.doc │ │ Pressure vessel design basics 73.doc │ │ Pressure vessel design approval personnel training and assessment class drawing defense test questions.doc │ │ Basic knowledge that should be mastered in pressure vessel design 36 │ │ Pressure vessel design and development flow chart │ │ Knowledge questions and answers that must be mastered in pressure vessel design.doc │ │ Pressure vessel design summary 24 pages │ │ Pressure vessel design manual 68 │ │ Technical regulations for pressure vessel design 13.doc │ │ Pressure vessel design technical regulations Gansu Liuhua (Group) Co., Ltd. corporate standards 28.doc │ │ Pressure vessel design lesson plan (32 pages).doc │ │ Standardized review of pressure vessel design documents.docx │ │ Regulations for the preparation of pressure vessel design documents 25 │ │ Regulations for the preparation of pressure vessel design documents.doc │ │ Discussion of thickness during pressure vessel design 3.doc │ │ Format and preparation scope of pressure vessel design condition drawings.doc │ │ Examination outline for pressure vessel design checkers 2007.doc │ │ Pressure vessel design steps 4.doc │ │ Pressure vessel design steps 7.doc │ │ Basic steps in pressure vessel design 9.doc │ │ Pressure vessel design management system 26.doc │ │ Pressure vessel design management system 44.doc │ │ Pressure vessel design management system (2010 edition) 55.doc │ │ Pressure vessel design management system (2010 edition) 56.doc │ │ Pressure vessel design management system (2010 edition).doc │ │ Key points of comprehensive knowledge of pressure vessel design 36.doc │ │ Key points of comprehensive knowledge of pressure vessel design.doc │ │ Pressure vessel design license appraisal review guide.doc │ │ Pressure vessel design paper - liquid ammonia storage tank design │ │ Pressure vessel design quality assurance manual SJ01.A-2012 │ │ Pressure vessel design quality assurance manual (×× Machinery Equipment Company) 31.doc │ │ Pressure Vessel Design Quality Manual 30.doc │ │ Pressure Vessel Design Quality Manual 30 │ │ Pressure Vessel Design Quality Control 34.doc │ │ Pressure Vessel Design Quality Management System Manual 33 │ │ Pressure Vessel Design Q&A 78 │ │ Pressure Vessel Design Q&A 77 │ │ Pressure Vessel Design Q&A │ │ Analysis of Pressure Vessel Design Issues 6.doc │ │ Pressure Vessel Test Question 4 Multiple Choice Question 66 │ │ Pressure Vessel Quality Control System Program Chart │ │ Pressure Vessel Identification Rules (Formal) │ │ Pressure Vessel Nameplate Setting and Management.doc │ │ Pressure Pipe Component Manufacturing License Inquiry Method.docx │ │ Pressure Calculation 4.doc │ │ General process procedures for drum pressing 12.doc │ │ Double-layer glass reactor instruction manual 15.doc │ │ Reactor enlargement design 3.doc │ │ Volume calculation of horizontal vessels with various heads and different liquid level heights 6.doc │ │ Key points in the design of pressure vessels containing explosive media.doc │ │ Risk assessment report for fixed pressure vessels (liquid ammonia storage tank) 5.doc │ │ Fixed pressure vessel risk assessment report (liquid ammonia storage tank).doc │ │ Periodic inspection procedures for pressure vessels in use.doc │ │ Inspection procedures for pressure vessels in use.doc │ │ General specifications for inspection of pressure vessels in use.doc │ │ Discussion on the necessity of marking the minimum thickness of the molded head in the design drawings.doc │ │ Tower vessel preparation instructions.doc │ │ Research on the design method of double cone sealing structure of large high-pressure vessels 75 │ │ Technical specifications of natural gas ball collector 14.doc │ │ Analysis of gas-carrying ball pigging for natural gas high-pressure pipelines 6.doc │ │ Design and manufacture of jacketed vessel closures 1.doc │ │ Design and manufacturing of jacketed container closures.doc │ │ Jacketed alcohol tank course design instructions 23 │ │ If concave and convex flanges are used Dong answers Jiang Qunfeng.doc │ │ Container head forming process regulations │ │ Process design of the container 6.doc │ │ Key points of container diagram 4.doc │ │ Curriculum Design of Explosion Release Measures for Container Equipment │ │ General Principles of Container Design 6.doc │ │ General principles of container design 7.doc │ │ Container Selection and Process Calculation │ │ Container Parts Calculation Software Instructions 90 │ │ Head 6.doc │ │ Head blanking size table 10 │ │ Head manufacturing process process card 1.doc │ │ Head manufacturing technical data 13.doc │ │ Head processing knowledge 2.doc │ │ Head inspection record.doc │ │ Head inspection record.doc │ │ Manufacturing process of head parts 3.doc │ │ Compilation of training materials on head specification 81.doc │ │ Head weight calculation.xls │ │ How to calculate the head area 2.doc │ │ Special requirements for periodic inspection of pressure vessels of small refrigeration equipment.doc │ │ Comparative study of local stress calculation methods Qin Shujing 11 │ │ Design and calculation book with rigid ring-ear support.doc │ │ Atmospheric pressure vessel size table.xls │ │ Commonly used chemical equipment parts 20 │ │ Balance vessel 6.doc │ │ How balanced containers work 7.doc │ │ Special-shaped cylinder and head 25 │ │ Quick-open pressure vessel safety interlock device 6.doc │ │ The General Administration’s replies to 11 questions including “Exceeding the design service life of pressure vessels”.doc │ │ Comparison of my country’s pressure vessel standards and ASME 6.doc │ │ Comparison between my country's pressure vessel standards and ASME.doc │ │ Flanged conical head manufacturing process card 2.doc │ │ List of heat exchanger head blanking dimensions 6.doc │ │ Glass lined manufacturing process instructions 11.doc │ │ Standard operating procedures for the use and maintenance of glass-lined reactors 6.doc │ │ SOP for safe operation, maintenance and maintenance of glass-lined reactors 8.doc │ │ Glass lined mixing size 12.doc │ │ Glass lined equipment 14.doc │ │ Sending and receiving ball tube calculation book 9.doc │ │ Classification calculation of pressure vessels of new capacity regulations 3 │ │ Latest published standard book on pressure vessels and boilers. Contents required by standard GB150 regarding "design documents, drawings, instructions".doc │ │ Standard elliptical head cutting dimensions. 7.doc │ │ Elliptical head blanking size 2.doc │ │ Discussion of elliptical head geometry and calculation of expanded area.doc │ │ Elliptical head manufacturing card 20.doc │ │ Oval head manufacturing process process card 3.doc │ │ Elliptical head size.doc │ │ Elliptical head standard.doc │ │ Steam turbine body water delivery system hydrophobic expansion vessel course design │ │ Flange gasket selection guide 20 │ │ Inquiry for flange stud specifications. Design of liquid ammonia storage tank 18 │ │ Operation instructions for pig receiving and receiving ball cylinders 8 │ │ Operation introduction of pigging series products 24 │ │ Process calculation and selection of containers for oil refining units 17 │ │ Design calculation and correct use method of welding lifting lugs.doc │ │ Safety pressure relief information of rupture discs │ │ Burst disc device │ │ Glass sight cup specifications.doc │ │ Spherical crown head manufacturing process card 2.doc │ │ Calculation of expanded outer diameter of spherical crown head 2.doc │ │ Calculation of the expanded outer diameter of the spherical crown head │ │ Design model regulations for ladders and escalators.doc │ │ Special emergency plan for boiler and pressure vessel explosion accidents in mining areas.doc │ │ Principles for determining design pressure.jpg │ │ Practical defense questions for mobile pressure vessel gas tank truck filling operators.doc │ │ Vertical cylindrical steel welded storage tank ladder.doc │ │ Chapter 11 Strength Calculation of Pressure Vessels 12.doc │ │ Chapter 17: Implementation of China’s Pressure Vessel Manufacturing Licensing System 2.doc │ │ 100 examples of problems existing in design units of Class I and II pressure vessels 10.doc │ │ Chapter 1 Container and Head Standards 11.doc │ │ Chapter 2 Basic Structure of Pressure Vessels 5 │ │ Chapter 5 Pressure Vessels and Industrial Pipelines 8.doc │ │ Chapter 5 Header 20 │ │ Lecture 5 Packaging Containers and Materials 9.doc │ │ Chapter 6 Internal Pressure Vessel Design 7 │ │ Section 6 Liquefied Gas Tank Truck 5.doc │ │ Chapter 15 Boiler and Pressure Capacity 46 │ │ Lecture 18 Packaging Container Design 4.doc │ │ Section 4 Pressure Vessel 3.doc │ │ Classification of cylinder structures 3.doc │ │ Selection and design of pipeline pressure test heads.doc │ │ Enterprise standards for flanged heads.doc │ │ Steam regenerator 2.doc │ │ Steam regenerator 20 │ │ Table 1 Commonly used steel plate thickness negative deviation C1 value.doc │ │ Equipment flange equivalent design pressure calculation 1 page │ │ Basic knowledge of design 7 │ │ Ultra-high pressure vessel burst pressure and wall thickness calculation formula 3.doc │ │ Sealing design of ultra-high pressure vessels 14.doc │ │ Process equipment strength calculation sheet 21.doc │ │ Process Equipment Strength Calculation Book Internal and External Pressure Calculation of the Cylinder 3.doc │ │ Process equipment design course design 17 pages │ │ Heavy vessel plant heavy vessel workshop construction organization design.doc │ │ Metal vessel structure design course design 12 │ │ Steel pressure vessel material lecture notes (Dalian Boiler Inspection Institute).doc │ │ Steel pressure vessel inspection regulations.doc │ │ Steel pressure vessel design training question answers.doc │ │ Steel plate lifting lugs related calculations.doc │ │ Steel plate allowable stress query 1.0.xls │ │ Training materials for the process responsible person of the quality assurance system of the installation unit of the boiler pressure vessel manufacturer 63 │ │ Implementation Guide for Qualification Review of Non-destructive Testing Units of Special Equipment for Boiler Pressure Vessels and Pressure Pipes (Trial) │ │ Technical Conditions for Qualification Test Test Pieces for Non-destructive Testing Personnel of Boiler and Pressure Vessels (Laogaozi No. 47, 1994) │ │ Training Outline for Boiler and Pressure Vessel Appraisal Reviewers.doc │ │ Detailed Implementation Rules for Renewal (Issuance) of Production License for Steel Pipes (Blanks) for Boilers and Pressure Vessels.doc │ │ Appendix K Calculation of lifting lugs and booms 3.doc │ │ Appendix K Calculation of lifting lugs and booms 3 │ │ Types of static equipment (chemical reactors, towers, heat exchange equipment, separation equipment, storage equipment) 8.doc │ │ Research on the characteristics of saddle-supported horizontal vessels 87 │ │ (1) Hydrogenation reactor hoisting plan.doc │ │ │ ├─Pressure Vessel Manufacturing Warranty Manual (PDF) │ │ Pressure Vessel Manufacturing Warranty Manual Pressure Vessel Manufacturing Cover, Table of Contents │ │ Pressure Vessel Manufacturing Warranty Manual Pressure Volume Record Form List │ │ Pressure Vessel Manufacturing Warranty Manual 01 Foreword 070312 │ │ Pressure Vessel Manufacturing Quality Assurance Manual Procedure Chart │ │ Pressure Vessel Manufacturing Quality Assurance Manual Procedure Document List │ │ Pressure Vessel Manufacturing Quality Assurance Manual Organization Chart │ │ │ ├─Pressure Vessel Procedure Document PDF │ │ Pressure Vessel Procedure Document 01 Document and Data Control Procedure │ │ Pressure Vessel Procedure Document 05 Design Work Procedures │ │ Pressure Vessel Procedure Document 06 Design Condition Preparation and Review System │ │ Pressure Vessel Procedure Document 07 Design Document Approval, Modification, and Signing System │ │ Pressure Vessel Procedure Document 08 Standardized Management System │ │ Pressure Vessel Procedure Document 09 Design Quality Assessment System │ │ Pressure Vessel Procedure Document 10 Design Document Management System │ │ Pressure vessel procedure document 11 Design document reuse regulations │ │ Pressure vessel procedure document 12-1 Tower or vertical vessel design conditions (Attachment 1) │ │ Pressure vessel procedure document 12-2 Horizontal vessel design conditions (Attachment 2) │ │ Pressure vessel procedure document 12-3 Heat exchanger design conditions (Attachment 3) │ │ Pressure Vessel Procedure Document 12-4 Heating Furnace Design Conditions (Appendix 4) │ │ Pressure Vessel Procedure Document 12 Design Conditions Preparation Detailed Regulations │ │ Pressure Vessel Procedure Document 13 Use and Management of Design Qualification Seals │ │ Pressure Vessel Procedure Document 14 Uniform Regulations on Equipment Professional Design Technology Preparation Outline │ │ Pressure Vessel Procedure Document 15 Equipment Professional Construction Drawing Design Content Depth Uniform Regulations │ │ Pressure vessel procedure document 16 Unified method of equipment drawing representation │ │ Pressure vessel procedure document 17 Unified regulations on design technology │ │ Pressure vessel procedure document 18 Material control procedure │ │ Pressure vessel procedure document 19 Process control procedure │ │ Pressure vessel procedure document 20 General process │ │ Pressure vessel procedure document 27 Heat treatment quality control procedure │ │ Pressure vessel procedure document 28 Non-destructive testing control procedure │ │ Pressure vessel procedure document 29 Physical and chemical inspection quality control procedure │ │ Pressure vessel procedure document 30 Pressure test control procedure │ │ Pressure vessel procedure document 31 Product inspection control procedure │ │ Pressure vessel procedure document 32 Measuring instrument control procedure │ │ Pressure vessel procedure document 33 Equipment control procedure │ │ Pressure Vessel Procedure Document 34 Nonconforming Product Control Procedure │ │ Pressure Vessel Procedure Document 35 Quality Improvement Implementation Procedure │ │ Pressure Vessel Procedure Document 36 Education and Training Procedure │ │ Pressure Vessel Procedure Document 37 Implementation of China Pressure Vessel Manufacturing Licensing System Control Procedure │ │ Pressure Vessel Procedure Document Pressure Vessel Manufacturing Cover, Table of Contents │ │ │ └─Pressure Vessel Design Review Personnel │ │ 2007 Pressure Vessel Designer Training Shell and Tube Heat Exchanger │ │ 2009 Latest Pressure Vessel Design Assessment Reference Questions │ │ 2010 Pressure Vessel Designer Examination Questions Shenyang Company.doc │ │ 2010 Jiangsu D-Class Pressure Vessel Designer Training Class Lecture Notes - New Capacity Regulations │ │ 2011 Pressure Vessel Design Approval Personnel Assessment Questions and Answers.doc │ │ List of those who passed Class A in the first pressure vessel design reviewer qualification training and assessment class in 2012 │ │ List of those who passed the first pressure vessel designer qualification training and assessment class in 2013 │ │ 2015 Provincial Pressure Vessel Designer Training Examination Questions and Answers Volume B.doc │ │ Compilation of the first reviewer training materials in 2016 (final version) │ │ A2 Design Certificate Defense Summary.doc │ │ D2 Level Review Internal Working Document Review Work Arrangement │ │ D2 Level Review Internal Working Document Review Procedure │ │ D2 Level Review Internal Working Document Resource Form │ │ D2 Level Review Internal Working Document Department and Personnel Division │ │ Summary of Problems Found in the Pressure Vessel Design Review of China Chemical Equipment Association in 2011 │ │ The first phase of the 2003 National Class A Pressure Vessel Auditor Qualification Examination (Closed Book Review).doc │ │ 2. Preparation of Pressure Vessel Procedures 26.doc │ │ National training materials for pressure pipeline design and approval personnel.doc │ │ Official notice on holding the first training course for pressure vessel designers in 2008.doc │ │ Notice on announcing the 2008 qualification training and assessment plan for mobile pressure vessel design and approval personnel.doc │ │ Clamp connection (exam questions).doc │ │ Horizontal vessels (exam questions).doc │ │ Pressure vessels and pressure pipeline knowledge training materials 139.doc │ │ Pressure vessel manufacturing license appraisal and review guide │ │ Summary of problems existing in enterprises during pressure vessel manufacturing review │ │ Pressure vessel manufacturing qualification administrative license appraisal and review report-evidence collection.doc │ │ Pressure vessel and pressure piping design unit qualification licensing and management rules 30 │ │ Conditions for designers of pressure vessels at all levels 57 │ │ Conditions for designers of pressure vessels at all levels.doc │ │ Pressure vessel auditor examination questions.doc │ │ Classification of pressure vessels (questions).doc │ │ Pressure vessel designer training materials 57.doc │ │ Pressure vessel designer training materials 64.doc │ │ Pressure vessel designer training materials.doc │ │ Pressure vessel designer assessment outline.doc │ │ Pressure vessel designer assessment rules.doc │ │ Pressure vessel designer assessment rules.docx │ │ Pressure vessel designer assessment rules (2010).doc │ │ Pressure vessel designer assessment test paper│ │ Pressure vessel designer examination outline 2012 17 │ │ Pressure vessel designer information.doc │ │ Pressure vessel designer qualification renewal application form.doc │ │ Pressure vessel designer qualification application form.doc │ │ Pressure vessel designer qualification examination outline.doc │ │ Pressure vessel design unit qualification assessment reference questions.doc │ │ Pressure vessel design reviewer examination question bank │ │ Pressure vessel design reviewer defense examination - standard key points, summary and summary latest.doc │ │ Pressure vessel design reviewer assessment.doc │ │ Pressure vessel design work procedures.docx │ │ Pressure vessel design guide manual - Designer training textbook corrigendum (1) 1 │ │ Pressure vessel design categories and levels 6.doc │ │ Pressure vessel design assessment reference test questions.doc │ │ Pressure vessel design qualification renewal review * question 21.doc │ │ Implementation Rules for Pressure Vessel Design Qualification Certification Review 6.doc │ │ Technical responsibility system for designers at all levels │ │ Conditions for designers at all levels 2 │ │ Assessment system for designers at all levels │ │ Back-end simplified flange (exam questions).doc │ │ Back-end pipe box flange (exam questions).doc │ │ Tower container (exam questions) 7.doc │ │ Head (exam question).doc │ │ Calculation of local applied force (exam question).doc │ │ Flanged convex head (exam question).doc │ │ Opening reinforcement (exam question).doc │ │ Gasketless sealing welding flange (exam question).doc │ │ Latest pressure vessel design assessment reference test questions │ │ Hunan Province Pressure Vessel Design Verifier Examination Question C Answers.doc │ │ Hunan Province Pressure Vessel Design Verifier Examination Questions and Answers (A).doc │ │ Spherical Vessel (Test Questions).doc │ │ Vertical Vessels (Test Questions).doc │ │ Class I and II Pressure Vessel Design Review Personnel Theoretical Knowledge Examination Syllabus and Examination Syllabus Answers and Answer Index.doc │ │ Barrel flange (examination questions).doc │ │ Lecture outline 20070117.doc │ │ Liaoning Province Class I and II Pressure Vessel Design Review Personnel Theoretical Assessment Test Questions and Reference Answers.doc │ │ Steel Pressure Analysis and Design Qualification Assessment Rules.doc │ │ Shaanxi Province 2009 Pressure Vessel Design Review Personnel Examination Answers │ │ High Pressure Vessel (Test Questions).doc │ │ │ └─Pressure Vessel Design Approval Examination Question Bank│ ├─Judgment│ │Judgment 1.doc │ │ judge 2.doc │ │ judge 3.doc │ │ judge 4.doc │ │ judge 5.doc │ │ │ ├─Single choice │ │ Single choice 1.doc │ │ Single choice 10.doc │ │ Single choice 11.doc │ │ Single choice 12.docx │ │ Single choice 13.docx │ │ Single choice 14.docx │ │ Single choice 15.docx │ │ Single choice 16.docx │ │ Single choice 17.docx │ │ Single choice 18.docx │ │ Single choice 19.doc │ │ Single choice 2.doc │ │ Single choice 3.docx │ │ Single choice 4.doc │ │ Single choice 5.doc │ │ Single choice 6.doc │ │ Single choice 7.doc │ │ Single choice 8.doc │ │ Single choice 9.doc │ │ │ ├─Multiple selection │ Multiple selection 1.docx │ │ Multiple choice 2.doc │ │ Multiple choice 3.doc │ │ Multiple choice 4.doc │ │ Multiple choice 5.docx │ │ │ └─Supplement to previous years' real questions │ Judgment │ Single choice │ Multiple choice │ Short answer │ Comprehensive │ ├─24.0 Vessel Design Manual │ Application of 2.25Cr1Mo in thick-walled vessels (TE Scott, USA) │ Proceedings of the 2012 Pressure Vessel Usage Management Academic Conference 2012 │ Application of 21-4Cr-IMo steel in thick-walled pressure vessels (TE Scott, USA) │ 88 Annual Pressure Vessel Magazine Sheet Metal Selected Edition │ ANSYS 12.0 Software Training - Pressure Vessel Analysis │ ASME Ⅷ Pressure Vessel Code Analysis │ ASME Pressure Vessel Design Guide (2nd Edition) │ AutoCAD 2005 Pressure Vessel Design │ GB 150-2011 Answers to Pressure Vessel Problems and Calculation Examples│ Guidelines for the Application of ISO 9000 Family Standards in the Establishment and Operation of Pressure Vessel Manufacturing Quality Systems│ PRESSURE VESSEL HANDBOOK Pressure Vessel Design Manual Chinese Version│ PRESSURE VESSEL HANDBOOK Pressure Vessel Design Manual Chinese Version│ Summary of PWR Nuclear Pressure Vessel Steel Radiation Effects_Yang Wendou │ China Pressure Vessel Regulations 2007.06 │ Design, manufacture and use of cryogenic vessels Xu Lie 444 │ Finite element stress analysis of rectangular fatigue vessels using ANSYS │ Structural design of packaging containers Wu Bo 221 │ Structural design of packaging containers │ Chemical and general machinery reference pressure vessels foreign literature index 183 │ Chemical and general machinery reference materials Foreign cryogenic vessels collection 95 │ Chemical plant machinery manual general parts and maintenance of chemical machines │ Chemical pressure vessels 154 │ Chemical pressure vessels - theoretical teaching materials for chemical worker technical training │ A must-read for chemical pressure vessel operators and maintenance workers │ Chemical pressure vessel design - methods, problems and key points │ Chemical pressure vessel design evidence collection guide 345 │ Chemical pressure vessel design evidence collection guide │ Chemical pressure vessel design technical Q&A Wang Wenshan 369 │ Chemical pressure vessel design technical questions and answers │ Chemical pressure vessel design and material selection │ Chemical pressure vessel design: Methods, Problems and Key Points Wang Fei First Edition 319 │ Design of Chemical Pressure Vessels: Methods, Issues and Key Points Second Edition January 2009 367 │ Chemical Pressure Vessel Design: Methods, Issues and Key Points Second Edition January 2009 │ Chemical Pressure Vessel Design: Methods, problems and key points │ Chemical containers and equipment (second edition) │ Chemical containers and equipment 496 │ Chemical containers and equipment │ Design of chemical containers and equipment 181 │ Concise design manual of chemical containers and equipment He Kuangguo 1196 │ Concise design manual of chemical containers and equipment (second edition) 1163 │ Concise Design Manual of Chemical Containers and Equipment (Second Edition) │ Chemical Container Technical Questions and Answers 413 │ Chemical Container Technical Questions and Answers │ Chemical Container Design Third Edition August 2005 Edited by Wang Zhiwen and Cai Renliang (with detailed bookmarks) 298 │ Chemical Container Design Xu Dingyi Xie Duanshou translated by LE Brownell 350 │ Chemical Container Design Third Edition Editor-in-Chief Wang Zhiwen│ Chemical Container Design│ Chemical Container Design Examples, * Question Collection Cai Renliang 205 │ Chemical container design example questions, * Question collection │ Books on chemical vessel design (to be checked) 496 │ Chemical Machinery Handbook - Steel Pressure Vessel Design │ Chemical Machinery Handbook - Steel Pressure Vessel Design 186 │ Chemical Standard Parts (Latest Edition) 849 │ Chemical Equipment 2012 │ Chemical Equipment Mechanical Basics 2013 │ Chemical Equipment Mechanical Basics Bilingual Edition 2013 │ Chemical Equipment Standard Manual (Volume 2) Chemical Equipment Parts │ Chemical Equipment Design and Manufacturing 2013 │ Chemical Equipment Design Complete Book Chemical Vessels 2002 387 │ Chemical Equipment Design Complete Book (Old Edition) Ultra-high Pressure Vessel Design 339 │ Chemical Equipment Design Complete Book Chemical Vessels (New Edition) 387 │ Chemical Equipment Design Complete Book Ultra-High Pressure Vessels (New Edition) 245 │ The complete book of chemical equipment design, ultra-high pressure vessels 2002 │ The complete book of chemical equipment design, ultra-high pressure vessels (2002 edition) │ The complete book of chemical equipment design, high-pressure vessels (new edition) 259 │ The complete book of chemical equipment design, high-pressure vessels 2003 │ The complete book of chemical equipment design (old edition) Chemical vessel design 525 │ The complete book of chemical equipment design (old edition) Spherical vessel design │ Basics of chemical equipment design 2015 │ Basics of chemical equipment design 3rd edition 2014 │ Chemical equipment course design guide 2010 edition │ Chemical light industry machinery design (intercepted container design part) 200 │ Chemical process and equipment seventh series (reactor special) │ Chemical process and equipment sixth series (high-pressure vessel special) 125 │ Chemical Process and Equipment Sixth Edition (High Pressure Vessel Special) │ Pressure Vessel ANSYS Analysis and Strength Calculation │ Pressure Vessel GB150,151 Calculation Manual │ Pressure Vessels and Heat Transfer Equipment Hou Zuogang 343 │ Pressure Vessels and Heat Transfer Equipment │ Pressure Vessels and Chemical Equipment Practical Manual Volume 1 │ Pressure Vessels and Chemical Equipment Practical Manual Qu Wenhai Volume 788 │ Pressure Vessels and Chemical Equipment Practical Manual Qu Wenhai Volume 2 500 │ Pressure Vessels and Chemical Equipment Practical Manual - Volume 2 │ Pressure Vessels and Chemical Equipment Design and Manufacturing New Technologies and Quality and Safety Control Standards Practical Book Xu Maode 2248 │ Pressure Vessels and Heat Exchanger Expansion Joint Selection Guide │ Pressure Vessels and Process Equipment 256 │ Pressure Vessel Media Manual Shi Zhihao 276 │ Pressure Vessel Media Manual │ Optimized Design of Pressure Vessels 286 │ Optimized Design of Pressure Vessels HD Editable Text Version │ Optimized Design of Pressure Vessels │ Advanced Pressure Vessel Technology Eighth National Pressure Vessel Academic Conference 2013 │ Pressure Vessel Analysis and Design - Direct Method │ Pressure Vessel Analysis and Design Methods and Engineering Applications Shen Jun, Liu Yinghua 2016 Edition │ Supervision and Inspection of Pressure Vessels and Pressure Pipeline Special Inspection Institute │ Research on interpretation and improvement methods of RBI technology for pressure vessels and pipelines │ Design of pressure vessels and process equipment Li Fubao 241 │ Design of pressure vessels and process equipment │ Force characteristics and engineering design of pressure vessels │ Practical manual of pressure vessels and chemical equipment │ Illustration of pressure vessels 113 │ Illustration of pressure vessels │ Basic knowledge of pressure vessels 543 │ Analysis and decision-making of pressure vessel failure risks │ Pressure Vessel Practical Technology Series Pressure Vessel Corrosion Control 2nd Edition │ Pressure Vessel Practical Technology Series Pressure Vessel Design Knowledge 2nd Edition │ Pressure Vessel Engineer Design Guide 2013 Edition 540 │ Pressure Vessel Engineer Design Guide Qi Guosheng Duan Rui 595 2018 Edition │ Pressure Vessel Engineer Design Guide 2nd Edition │ Pressure Vessel Engineer Design Guide │ Pressure Vessel Engineering Regulations - SEI Standard │ Pressure Vessel Common Media 275 │ Commonly used media for pressure vessels │ Pressure vessel stress distribution diagram Xie Tiejun 374 │ Pressure vessel stress distribution diagram │ Pressure vessel strength calculation book unified format TCED S8-92 120 │ Pressure vessel strength design technical analysis │ Pressure vessel manual US EF 363 │ Pressure vessel manual revised version Zhang Kangda 707 │ Pressure vessel manual │ Pressure vessel technology foundation 215 │ Basics of Pressure Vessel Technology │ Pressure Vessel Technology Questions and Answers edited by Chen Qing, Wang Haibo, Zhang Tianyang 2015 edition │ Pressure Vessel Fracture Theory and Defect Assessment edited by Li Zhian and others 278 │ Pressure Vessel Fracture Theory and Defect Assessment edited by Li Zhian and others │ Pressure Vessel Fracture Research │ Pressure Vessel Materials Practical Handbook Special Materials │ Pressure Vessel Materials Practical Handbook Carbon Steel and Alloy Steel │ Pressure Vessel Standard Data Quick Reference Manual│ Pressure Vessel Inspection│ Pressure Vessel Inspector Regulations and Standards * Question Collection (Fourth Edition) │ Regulations and Standards for Pressure Vessel Inspectors * Question Collection │ Modern Design and Safety Technology of Pressure Vessels 166 │ Materials and Heat Treatment for Pressure Vessels │ Steel Manual for Pressure Vessels - China Chemical Equipment Association, May 1992 │ Reliability of Pressure Vessels │ Stress Analysis and Strength Design of Pressure Vessels Hui Qinshan 492 │ Stress Analysis and Strength Design of Pressure Vessels │ Design and Practice of Pressure Vessels (Pressure Vessels Design and Practice) │ Prevention and treatment of pressure vessel rupture │ Pressure vessel system and design 2013 │ Pressure vessel structure and manufacturing Wang Zhibin 229 │ Pressure vessel structure and design Xu Feng 243 │ Pressure vessel defect assessment │ Pressure vessel calculation specifications 408 │ Pressure vessel design 222 │ Pressure vessel design cylinder design │ Pressure vessel design-principles and engineering applications Ding Bomin 497 │ Pressure vessel design - principles and engineering applications │ Pressure vessel design and practical data quick reference Hong Xiaode 429 │ Pressure vessel design and practical data quick reference HD editable text version │ Pressure vessel design and practical data quick reference │ Pressure vessel design and calculation 508 pages │ Pressure vessel designer training materials 171 │ Pressure vessel designer training materials │ Introduction and proficiency in pressure vessel design and manufacturing 2013 │ Introduction to and Proficiency in Pressure Vessel Design and Manufacturing HD editable text version │ Frequently Asked Questions about Pressure Vessel Design and Manufacturing (Fertilizer Design 2000 Supplement No. 198) 196 │ Basics of Pressure Vessel Design 543 pages │ Basics of Pressure Vessel Design Edited by Lin Yujuan 2016 Edition │ Basics of Pressure Vessel Design │ Practical Manual of Pressure Vessel Design │ Examination Question Bank for Pressure Vessel Design Approval Personnel │ Pressure vessel design engineer training tutorial basic knowledge parts │ Pressure vessel design engineer training tutorial Li Shiyu 541 │ Pressure vessel design engineer training tutorial (upper, lower) 2019 │ Pressure vessel design engineer training tutorial (Li Shiyu) │ Pressure vessel design engineer training tutorial - basic knowledge parts - 2019 version │ Pressure vessel design engineer training tutorial - basic knowledge parts - 2019 optimized version │ Pressure vessel design engineer training tutorial │ Pressure Vessel Design Manual 2nd Edition │ Pressure Vessel Design Manual 3rd Edition │ Pressure Vessel Design Manual Chen Yunzhong 3rd Edition March 2006 444 │ Pressure Vessel Design Manual │ Pressure Vessel Design Guide Tong Jun 378 │ Pressure Vessel Design Guidelines Volume 1 457 │ Pressure Vessel Design Guidelines Volume 2 433 │ Pressure Vessel Design Guidelines (Volume 1) │ Pressure Vessel Design Instruction Manual (Volume 2) │ Pressure Vessel Design Data Quick Reference Manual 2012 │ Pressure Vessel Design Knowledge │ Pressure Vessel Design Knowledge 547 │ Pressure Vessel Design Management System (2008) │ Pressure Vessel Translation Collection │ Overall large-scale three-dimensional finite element seismic analysis of reactor pressure vessels and internal components │ Analysis of research progress and development trends of domestic and foreign space composite pressure vessels (1) │ Foreign pressure vessel defect assessment standards (1975-1980) │ Large deflection theory and application of circular thin plates Zheng Xiaojing 370 │ Research on the preparation of pressure vessel inspection plans based on failure modes │ Composite material pressure vessels Zheng Chuanxiang 282 │ Composite material pressure vessels │ Large forging manufacturing defects and countermeasures by Wang Baozhong 2019 edition │ DaDao Tangible Modern Packaging Container Design Theory and Application Research 2013 │ Safety Factor and Allowable Stress 307 │ Practical Pressure Vessel Knowledge Ma Bingqian 214 │ Practical Pressure Vessel Knowledge │ Practical Stress Concentration Manual Zhang Shaoming 310 │ Process Design of Containers and Liquid-liquid Mixers 27 │ Container Shaping and Model Making 2012 │ Engineering Pressure Vessel Design and Calculation 155 │ Engineering Pressure Vessel Design and Calculation Second Edition 2011 Edition │ Engineering Pressure Vessel Design and Calculation │ Commonly Used Pressure Vessel Handbook Liu Xiangqiu 304 │ Commonly Used Pressure Vessel Handbook │ Stress Concentration Handbook 296 │ Major steel pressure vessel engineering equipment with a wide range of applications - multifunctional composite shell innovative technology review and prospect │ Opening reinforcement design Cai Zhenfang 37 │ Pressure equipment failure analysis and treatment Dou Zhaoying 362 │ Exquisite explanation of typical problems in pressure equipment design Dai Jihuang 261 │ New belt-wound pressure vessels Zhu Guohui, Zheng Jinyang 551 │ New belt-wound pressure vessels │ Latest pressure vessel optimization design and manufacturing process and non-destructive testing practical manual 1673 │ Latest pressure vessel design manual 1419 │ Latest pressure vessel design manual │ Latest * * Implementation Manual of the Supervision and Management Measures for Drugs in Direct Contact with Packaging Materials and Containers │ Quick reference manual for the latest common data and standard specifications for the design, operation and testing of boilers, pressure vessels, and pressure piping Edited by Liu Yan 1226 │ Finite element and its application in the analysis and design of pressure vessels 276 │ Principles and Applications of Finite Element Method 2nd Edition (Zhu Bofang) 610 │ Plate and Shell Theory (Timoshenko) 628 │ Study on the height resolution of TOFD detection defects of nuclear reactor thick-walled pressure vessel welds │ Flange connection design calculation manual second edition Suvoloshin 157 │ Fluidized bed reactor Lu Tianxiong 169 │ Brief analysis of the integrity issues of nuclear power plant reactor pressure vessels │ Refining equipment process design data Process design of containers and liquid-liquid mixers 30 │ Refining equipment process design data Process design of containers and liquid-liquid mixers │ Bursting disc technology and applications Li Zhiyi 125 │ Bursting disc technology and applications │ Special pressure vessels Zheng Jinyang 406 │ Special pressure vessels │ Modern pressure vessel design 222 │ Modern pressure vessel design │ Petrochemical pressure vessel design Zhao Zhengxiu 323 │ Petrochemical pressure vessel design │ Petrochemical fixed pressure vessel manufacturing engineering │ Petrochemical Equipment Technical Questions and Answers Series Pressure Vessel Technical Questions and Answers edited by Qian Guanghua and Yang Chao 2012 edition │ Petrochemical Equipment Design and Selection Manual Storage Vessels │ Petrochemical Equipment Design and Selection Manual Pressure Vessels 453 without bookmarks │ Petrochemical Equipment Design and Selection Manual Pressure Vessels with Bookmarks 449 │ Petrochemical Equipment Design and Selection Manual Glass-lined Containers 230 │ Petrochemical Equipment Design and Selection Manual Non-ferrous Metal Vessels │ Petrochemical Equipment Design and Selection Manual Pressure Vessels │ Petrochemical Equipment Design and Selection Manual Non-ferrous Metal Vessels │ Petroleum and Chemical Industry Equipment Design Manual Standard Components │ Carbon Steel and Low Alloy Steel Vessels General Design Drawing Series Design Calculation and Selection Instructions 85 │ Selected Papers of the Fourth International Pressure Vessel Technology Conference 484 │ Correct assessment of the stress on the vessel caused by the additional load of the pipeline - six important issues in the stress analysis and design of pressure vessels (3) │ American Pressure Vessel Design Manual (Fourth Edition) English version Pressure Vessel Design Manual-Fourth Edition》 │ Optimal design of the connection structure between the inner container and the outer shell of the intermodal liquefied natural gas (LN G) tank │ Application and design of steam regenerator 198 │ West German AD Pressure Vessel Specification Translated by Xue Danian 305 │ Ultra-high pressure vessel design Chen Guoli 196 │ Ultra-high pressure vessel design │ Process equipment design 450 2001 edition │ Process equipment design 2010 edition │ Process equipment design (third edition) │ Process equipment design (second edition) │ Continuous reforming reaction regeneration equipment technical Q&A Xing Zuyuan 88 │ Metal packaging container-Liu Xiaoxia │ Steel Pressure Vessels - Design, Manufacturing and Inspection Ding Baimin 564 │ Steel Pressure Vessels - Design, Manufacturing and Inspection │ Practical Technology for Steel Pressure Vessel Heads 253 │ Practical Cutting Manual for Steel Vessels and Structural Parts │ Design Regulations for Steel Petrochemical Pressure Vessels issued in 1977 309 │ Aluminum Pressure Vessels 335 │ A complete book on domestic and foreign standards for forgings and their latest engineering application technology, 4 volumes in one volume, 1884 │ Corrosion resistance and application of non-metallic pressure equipment, edited by Zheng Weiyi, 2017 edition │ ├─24.0 Vessel design paper │ │ Trial production of 0.5Ni steel cryogenic pressure vessels │ │ Material selection design of 1.25Cr-0.5Mo-Si steel hydrogenation reactor │ │ Analysis of 13MnNiMoR vessel pressure test failure│ │ Analysis and improvement of reasons for failure of ultrasonic testing of 15MnV large forgings│ │ Destructive inspection of 16MnDR head after forming│ │ Probabilistic model of fracture toughness of steel for 16MnR pressure vessels│ │ Reasons for unqualified performance of 16MnR container plates│ │ Development of 2.25Cr-1Mo-0.25V steel hydrogenation reactor.doc │ │ Research on the properties of 2.25Cr-1Mo-0.25V steel and its application in hydrogenation reactor │ │ Manufacturing of 2.25Cr-1Mo thick-walled plate welding hydrogenation reactor │ │ Research on the performance of 2.25Cr-1Mo steel head joints. Lu Long et al. 4 │ │ Summary of problems existing in enterprises during the appraisal and review of pressure vessel manufacturing licenses in 2004 │ │ Technical changes in the 2004 edition of ASME Code B31.3 process piping │ │ 2006 Second Training Course for Pressure Vessel Designers * Thoughts and experiences │ │ 2008 Second Pressure Vessel Designer Training Course * Experience │ │ 2009 latest pressure vessel design assessment reference test questions │ │ Discussion on 2205 dual-phase steel composite plate thick-walled head forming technology 5 │ │ 2205 dual-phase steel composite plate thick-walled head forming technology discussion │ │ 3.5Mt/a heavy oil catalytic cracking unit expansion joint cracking analysis │ │ Experimental study on tempering embrittlement of 4Cr-1Mo steel hydrogenation reactor│ │ Research on tempering process parameters of steel for 610MPa pressure vessels│ 70B129-2003 Technical conditions for manufacturing and acceptance of carbon steel thick-walled pressure vessels│ 80gT * Development of T-equivalent explosive container │ │ AATCC 112-2003 Chinese version of closed container method for determination of formaldehyde release in fabrics │ │ Secondary development of ANSYS and its application in thermal seal analysis of pressure vessels │ │ Application of ANSYS in pressure vessel design │ │ Application of ANSYS sub-model technology in pressure vessel analysis and design │ │ Application of ANSYS ultimate load analysis method in pressure vessel design │ │ Discussion on the application of ANSYS eigenvalue method in calculating elastic instability of external pressure cylinder - copy │ │ Discussion on application of ANSYS eigenvalue method in calculating elastic instability of external pressure cylinder │ │ Manufacturing difficulties and supervision countermeasures for AP1000 reactor pressure vessel │ │ Installation of AP1000 nuclear power unit reactor pressure vessel │ │ Research on raw material procurement strategies for AP1000 nuclear power plant pressure vessels and steam generators │ │ Manufacturing process of AP1000 steam generator water chamber head forgings │ │ Analysis of ASME ASTM forging standards for pressure vessels and pressure piping │ │ Research on the evolution and influencing factors of ASME B31G series evaluation methods │ │ Application of ASME B&PVC in the construction of nuclear-grade pressure vessels │ │ ASME PTC4 training and technical exchange activities │ │ Discussion on several issues of ASME PTC4.3 standard │ │ Design of ASME U stamped corrugated expansion joints │ │ Introduction to ASME Ⅷ-1—2013 anti-brittle fracture theory background │ │ ASME ┧-1 pressure vessel basic pressure component strength analysis │ │ ASME The origin of the structural stress calculation method in │-2│ │ ASME fixed tube plate heat exchanger drawings │ │ ASME-ANSI standard flange dimensions │ │ ASME_PED_Simultaneous operation mode of GB pressure vessels and ISO9001 quality system │ │ Pressure vessel fatigue assessment method based on elastic-plastic stress analysis and equivalent strain in ASMEⅧ-2│ │ Brief analysis of ASMEⅧ-2 concave pressure elliptical head calculation │ │ ASME pressure vessel code in China and ASME steel localization │ │ Analysis and application of ASME pressure vessel code │ │ Several issues that should be paid attention to in the implementation of ASME pressure vessel codes │ │ Globalization of ASME and boiler pressure vessel standards │ │ Application of ASME in WNS series boiler shell plates │ │ Bidding and quotation methods for ASME vessels │ │ ASME strain-enhanced constitutive model and pressure vessel safety margin analysis │ │ Use of ASME's new stamp │ │ ASME non-destructive testing process (UT) │ │ ASME standard medium and small diameter tube radiography quality control │ │ Three modes of toughness test in ASME nuclear power construction code │ │ ASME nuclear power construction code requirements for material toughness │ │ A brief analysis of ASME nuclear power material upgrade │ │ Material management principles and applications of ASME regulatory products │ │ Calibration and analysis of ASME flow nozzles │ │ Notes on ASME Furnace and Pressure Vessel Code│ │ The main differences in manufacturing technology between the ASME Code and my country's "Pot Code" │ │ The preparation of wps and pqr in the ASME Code │ │ The selection of stainless steel welding materials in the ASME Code │ │ Research on the numerical representation method of material stress and strain in the ASME Code │ │ The conversion of temperature values between the two unit systems in the ASME Code │ │ Analysis of strength design of tape-wound vessels in ASME Code│ │ Brief analysis of the content of ASME Code Materials (2004 edition)│ │ Improvement of post-weld heat treatment process for carbon dioxide vessels made in ASME Code│ │ Research on construction technology of ASME Code pressure vessels│ │ Selection of weld coefficients of ASME Code pressure vessels│ │ Inspection of ASME Code Pressure Vessels│ │ Several issues that should be paid attention to in the design of pressure vessels of ASME Code │ │ Determination of weld coefficients of ASME Code vessels │ │ ASME Code Standards Committee’s replies to seven questions in Volume 1 of the Pressure Vessel Code VⅢ│ │ ASME Code Welding Process and Preparation Seminar Handouts │ │ ASME Code Welding Process and Equipment Seminar Materials │ │ The significance and approach of localization of ASME Code welding materials│ │ Analysis of Strength Criteria for Boiler Pressure Components in Volume I of the ASME Code │ │ Commentary on the Changes in the 2010 Edition of ASME Code Volume IX │ │ Quality Control of ASME Code Stamped Products │ │ ASME Quality Control Manual │ │ ASME Boiler and Pressure Vessel Certification Materials │ │ Introduction to the ASME Boiler and Pressure Vessel Code │ │ ASME Boiler and Pressure Vessel Code Approval Requirements for New Materials │ │ Design of ASME High-Pressure U-Tube Heat Exchanger Tube Bundles │ │ Calculation of the Center Circle Diameter of Type A and AN Leg Support Anchor Bolts │ │ Experimental Research on BL Type Gas-Liquid Distributor │ │ Analysis and Treatment of Water Distribution Ring Pipe Pressure Bulkhead Leakage in CCS Hydropower Stations │ │ EJMA Further derivation and revision of the stress formula for Ω-type bellows in the 9th edition (including 2011 supplement) │ │ EJMA 9th edition (including 2011 supplement) further derivation and revision of the circumferential membrane stress formula for unreinforced bellows │ │ EN 13445, ASME Code and GB150 │ │ Brief description of the shell instability design method in the EN1993-1-6 standard │ │ Finite element analysis of the strength of the FPSO power-on dehydrator base │ │ GB 150-2011 "Pressure Vessel" standard interpretation │ │ GB 150-2011 Pressure vessel pressure test pressure value discussion │ │ GB 150.2-2011 "Pressure Vessels Part 2: Materials》Introduction │ │ GB 150.3-2011 "Pressure Vessels Part 3: Brief analysis of the key points of changes in "Design" │ │ Comparison of GB 150, ASME and JIS standard tension structure design specifications │ │ GB 150 is the minimum requirement for qualified design of pressure vessels │ │ Introduction to the revision of the GB 713 "Steel Plate for Boilers and Pressure Vessels" standard and analysis of the main content │ │ Comparison of the methods for determining the low temperature boundary of vessels in the GB150-1998 standard and the ASME Code │ │ Discussion on several technical issues in the design of GB150 "Pressure Vessel" │ │ Comparison of impact exemption between GB150 and ASMEⅧ-1 │ │ Analysis of the use conditions of formulas (B.3) and (B.4) in Appendix B of GB150.1-2011 │ │ GB150.3-2011 "Pressure vessels Part 3: Brief analysis of the key points of changes in "Design" │ │ GB713-2008 "Steel Plate for Boilers and Pressure Vessels" Wuxi Propaganda Class Lecture Notes │ │ Design of HFC-134a Reactor │ │ Analysis of self-reinforced elastic-plastic interface radius of LDPE ultra-high pressure tubular reactor │ │ Research on calculation method of two-hinge expansion joint of L piping system │ │ NBT Characteristics of zirconium pressure vessels in the 47011-2010 standard │ │ Characteristics of zirconium pressure vessels in the NB/T47011-2010 standard │ │ PP reactor assembly and inspection points │ │ Application of Pro/ENGINEER in the structural design of packaging containers │ │ Defect analysis and treatment of a hydrogenation reactor in a PTA production unit │ │ Stress analysis of catalyst discharge port of PVAS hydrogenation reactor │ │ Rational use of Q235 steel in vessel design │ │ Manufacturing of Q245R (R-HIC) thick-walled vessels │ │ Development of steel plates for Q370R boilers and pressure vessels │ │ Discussion of the calculation formula of RCC-M external pressure cylinder │ │ Discussion of the calculation formula of RCC-M external pressure cylinder │ │ Key points in the design and manufacturing of S32205＋Q345R duplex stainless steel composite plate pressure vessels│ │ Application of Solidworks Simulation in stress analysis of pressure vessels│ │ Discussion of several issues in the calculation of SW6 jacketed vessels│ │ Problems with the value of the negative deviation of steel pipe wall thickness in the SW6 calculation software package│ │ Key points in the manufacturing and supervision inspection of T-STAR reactors│ │ Application of TOFD ultrasonic imaging detection technology in inspection of thick-walled hydrogenation reactors │ │ Calculation and comparison of strength of U-type jacketed vessel sealing cone │ │ Progress and review of WATERS flange design method_Sang Rubao, Gao Jie, Feng Qingxiao│ │ WORKBENCH's pressure vessel nozzle stress analysis│ │ Discussion on the application issues of "new capacity regulations" and "pipeline regulations"│ │ Analysis of fillet weld cracks in Class III pressure vessel nozzles│ │ Changes and precautions in the "Vessel Support" standard│ │ Archiving and management of completion documents for Class I and II pressure vessels│ │ Development of a low-temperature organic glass pressure vessel │ │ A flanging device for the center hole of a convex head of a pressure vessel │ │ A fatigue and fatigue creep life prediction method for commonly used steels in pressure vessels │ │ Research and practice of a special-shaped head forming method │ │ A finite element calculation of the strength of special-shaped pressure components │ │ A design method for a quick-open manhole structure │ │ A new type of optical observation probe for the inner wall of closed vessels│ │ A new type of corrugated composite gasket for pressure vessels│ │ Detection and analysis of a stainless steel bursting disc after abnormal failure│ │ Stress analysis and calculation of butyraldehyde converter│ │ Localized development of butyraldehyde converter│ │ The top three vessels successfully passed the German Uhde company project acceptance│ │ Pickling of tube bundles in melamine reactors │ │ Design and calculation of three-saddle horizontal vessels │ │ Influence of different factors on the explosion resistance of flat belt-wound explosion vessels │ │ Superposition principle of various loads in different strength analysis - six important issues in stress analysis and design of pressure vessels (2) │ │ Stress analysis of inclined cone shells with different cone angles │ │ Stress distribution of horizontal vessel cylinder under different saddle support angles and widths │ │ Stainless steel composite steel vessel welding node diagram │ │ Discussion on the design and manufacturing technology of stainless steel composite plate pressure vessels │ │ Discussion on the design thickness of pressure vessels manufactured by stainless steel composite steel plates │ │ Design of welding grooves of stainless steel composite steel plate pressure vessels │ │ Design and manufacturing of stainless steel boxes │ │ Design of acrylonitrile suspension copolymerization reactor │ │ Analysis and repair technology of cracks in reaction gas cooler of acrylonitrile unit │ │ Some issues in the design of two-chamber pressure vessels │ │ Calculation of steady-state temperature field of reactor pressure vessels under severe accident IVR │ │ Comparative analysis of material requirements in Chinese, American and EU pressure vessel standards│ │ Comparative analysis of material requirements in Chinese, American and EU pressure vessel standards/specifications│ │ Comparative analysis of Chinese and American pressure vessel standards│ │ Comparison of opening reinforcement structures of medium and low pressure vessels│ │ Hoisting of concrete precast columns in the container workshop of Zhongnan Heavy Industry│ │ Summary of problems found in the 2011 pressure vessel design review of China Chemical Equipment Association│ │ China's pressure vessel standard system and its progress.ppt │ │ Technical Progress of Forgings for Pressure Vessels in China│ │ China Science and Technology Core Journal "Pressure Vessels" Issue 1, 2008│ │ China Science and Technology Core Journal "Pressure Vessels" Issue 7, 2008│ │ China Science and Technology Core Journal "Pressure Vessels" Issue 3, 2008│ │ China Science and Technology Core Journal "Pressure Vessels" Issue 9, 2008│ │ China Science and Technology Core Journal "Pressure Vessels" Issue 2 of 2008│ │ China Science and Technology Core Journal "Pressure Vessels" Issue 5 of 2008│ │ China Science and Technology Core Journal "Pressure Vessels" Issue 6 of 2008│ │ China Science and Technology Core Journal "Pressure Vessels" Issue 11 of 2008│ │ China Science and Technology Core Journal "Pressure Vessels" Issue 10 of 2008│ │ Chinese Science and Technology Core Journal "Pressure Vessels" Issue 4, 2008 │ │ Comparison of formulas for safe discharge capacity of Chinese specifications and IMDG COD pressure vessels │ │ Calculation and numerical calculation stability analysis of standard external pressure spherical shells of major Chinese and foreign pressure vessels │ │ Research on high-temperature plasticity of medium-temperature pressure vessel steel 12CrMo │ │ Summary of application of technical modification of gas collectors in medium-temperature conversion furnaces │ │ Production and application of hollow container resin HDPE5010B │ │ Production and development of hollow container resin HDPE5300B │ │ Comparative analysis of the ideas of Chinese and American pressure vessel standard systems_Ding Junfeng │ │ Characteristics and comparison of stainless steel plates for pressure vessels in China, the United States, Japan and Germany │ │ Analysis of steel for pressure vessels near hydrogen │ │ Partial design of adjacent ultra-high pressure multi-layer wrapped vessels │ │ Application of exhaust gas recovery technology in boiler fixed row expansion vessel │ │ Research progress of spent fuel transportation containers │ │ Stress analysis and strength check of the large opening structure of the ethylene glycol evaporator │ │ Analysis of the reasons for the rapid increase in pressure difference in the C2 hydrogenation reactor of the ethylene cracking unit │ │ Principle and application of the subcritical boiler drum differential pressure water level meter HL2512P balancing container │ │ Design of the hydrogen separation tank in the product separation section │ │ From ICPVT-9 Look at the development status and trends of pressure vessel technology in the world - bolted flange joints and sealing gaskets │ │ Learn from experience * -An introduction to UK pressure vessel industry activities and some case studies │ │ Learning from experience * ——An introduction to the activities of the British pressure vessel industry and some case analysis │ │ Taking Q235-B, 16MnR, and 16MnDR as examples to briefly analyze the selection of materials in pressure vessels │ │ Application of instrument auxiliary vessels in steam parameter measurement │ │ Structural design of sec-butanol dehydrogenation reactor │ │ Unequal thickness design and verification of low-pressure large-diameter double-saddle horizontal vessels │ │ Low-alloy heat-resistant steel composite plate cylinder manufacturing │ │ Economic analysis of low-temperature low-stress pressure vessel standards │ │ Design of pressure vessels for low-temperature and low-stress conditions 2 │ │ Design of pressure vessels for low-temperature and low-stress conditions │ │ Determination and design considerations for low-temperature and low-stress conditions │ │ Understanding and application of low-temperature and low-stress conditions │ │ Manufacturing of low-temperature separation vessels │ │ Issues that should be paid attention to in the design of cryogenic pressure vessels and cryogenic pipelines_Li Ruiqing │ │ Current status and development overview of steel for cryogenic pressure vessels │ │ Discussion on boundary issues of cryogenic pressure vessels │ │ Characteristics of cryogenic pressure vessels and issues that should be paid attention to │ │ Design of cryogenic pressure vessels 2 │ │ Design of cryogenic pressure vessels 3 │ │ Design of cryogenic pressure vessels │ │ Re-exploration of key issues in the design of cryogenic pressure vessels │ │ Exploration of key issues in the design of cryogenic pressure vessels_Wang Oulan │ │ Research on the control of band structure in 16MnDR steel plate for cryogenic pressure vessels │ │ Cryogenic vessels and vacuum technology │ │ Heat leakage analysis and experimental research of cryogenic vessels │ │ Several problems and solutions in cryogenic vessel design │ │ Periodic inspection of cryogenic liquid storage containers │ │ Analysis of failure causes of bursting discs in cryogenic liquid storage tanks │ │ Low-temperature liquid hydrogen (oxygen) high-pressure vessel structure technology │ │ Storage and transportation low-pressure safety relief design of low-temperature insulated storage and transportation vessels │ │ Analysis and research on periodic inspection technology of low-temperature insulated pressure vessels │ │ Discussion of low-temperature insulated pressure vessel air pressure test pressure │ │ Measurement of liquid level height of low-temperature insulated pressure vessels │ │ Key points of construction process quality control of low-temperature steel pressure vessels │ │ Low-temperature high-toughness pressure vessel steel plate │ │ Research on burst test and burst pressure formula of low carbon steel pressure vessel │ │ Stress strength assessment of side feed tee nozzle structure │ │ Russian Federation * * Standard ГОСТР 52857.1～12-2007 Introduction to new specifications for strength calculation of pressure vessels │ │ Russian Federation * * Standard ГОСТР 52857.1～12-2007 New Code for Strength Calculation of Pressure Vessels │ │ Analysis and comparison of the modified Waters flange design method and ASME flange design stiffness calculation method │ │ Application of eccentric cone heads in engineering │ │ Research on welding methods of gas storage tank bulkheads and capillary tubes │ │ Simplification of storage tank seismic calculation model │ │ Reaction of catalytic cracking unit - lining repair of special parts of the regenerator │ │ Research on the application of advanced technology and functional management in pressure vessel manufacturing │ │ Research on the influence of the inlet structure on the flow characteristics in the jacket of high-pressure tubular reactor │ │ Application of full-yield methanol separator in the production of methanol in HT-L space furnace │ │ Further discussion on the thickness of the convex head │ │ About the design of horizontal pressure vessels │ │ Discussion on the selection of wall thickness of pressure vessels │ │ Several notes on the opening reinforcement of pressure vessels │ │ Discussion on the test pressure of pressure vessels │ │ Several suggestions on the design of pressure vessels containing explosive media │ │ Discussion on the measurement of geometric dimensions of large vessels │ │ Discussion on the design of jacketed vessels │ │ Thoughts on improving the regular inspection specification system for pressure vessels and pressure pipelines in my country │ │ On the calculation and analysis of the example of the plate lifting lug on the top of the head │ │ Discussion on the pattern thickness δn, manufacturing thickness δc, minimum actual thickness δcmin and allowable minimum thickness of the head 3 │ │ Research on the design issues of the flanged tapered head │ │ Preliminary analysis on the issue of reinforcement of elliptical head openings │ │ Several opinions on the design of U and U2 pressure vessels using ASME codes │ │ On the design of explosion-resistant pressure vessels │ │ Discussion on the design calculation of conical heads │ │ Pay attention to and promote the internationalization of the pressure vessel design system │ │ Finite element simulation of the winding process of pressure vessels with inner linings │ │ Research on the explosion failure rules of typical quick-opening pressure vessels │ │ Stress intensity factors of smooth elbows with circumferential cracks on the inner surface under the action of internal pressure │ │ Design analysis of the circumferential angled pipe structure of the cylindrical shell under the action of internal pressure │ │ Design analysis of the circumferential angled pipe structure of the cylindrical shell under the action of internal pressure and bending moment │ │ Numerical study on the buckling of thin-walled short cylinders with openings under the action of internal pressure and axial load │ │ Stress analysis of the extended pipe area of the internal pressure cylindrical shell │ │ Analysis and discussion of the calculation formula of the internal pressure cylinder thickness │ │ The influence of the length of the internal pressure cylinder opening pipe on the finite element calculation results │ │ Research on the ratchet effect of the internal pressure cylinder mitered pipe under the action of in-plane cyclic bending load │ │ Research on the strength of the large opening of the internal pressure cylinder axial mitered pipe │ │ Analysis of causes of deflation of internal pressure vessels and preventive measures │ │ Comparison of stress calculation methods for internal pressure vessels │ │ Stress analysis of elliptical heads of internal pressure vessels │ │ Reinforcement design and stress analysis of internal pressure non-folding conical shells │ │ Discussion on the reinforcement of large openings of internal pressure cylindrical shell vessels │ │ Determination of the minimum thickness of standard elliptical head molding for internal pressures │ │ Discussion on the reinforcement of openings in internal pressure elliptical or dish-shaped heads│ │ Establishment of mathematical models for optimal design of pressure vessel shells with internal pressure elliptical spherical heads│ │ Theoretical and experimental research on the stress of internal pressure dish-shaped heads│ │ Prediction of stress concentration coefficients of internal pressure cylinder openings and nozzle structures│ │ Stress research on dish-shaped heads of internal pressure thin-walled vessels - theory_Comparison between actual measurement and finite element analysis │ │ Numerical analysis of thermoelastoplastic effects of pressure vessels with axial semi-elliptical cracks in the inner wall │ │ Research on the manufacturing process of inner-liner chemical vessels │ │ Design and selection of internal threads in ultra-high pressure vessels │ │ Discuss the elastic instability problem of uneven wall thickness circular tubes │ │ Discuss the advantages of semi-circular tube jacketed reactors │ │ Let’s talk about the application of pressure vessel standards again│ │ Let’s talk about the application of pressure vessel standards again_Ding Bomin │ │ Changes in head thickness caused by stamping thinning │ │ Cold pressing method and large-diameter high-pressure ball head │ │ Research on the influence of cold deformation on the magnetic properties of domestic reactor pressure vessel steel │ │ The influence of cold spinning processing on the performance of high-pressure gas cylinders │ │ Discussion on the calculation method of strengthening the cold high-pressure liquid separation tank │ │ Discussion on the applicable scope of the convex head wall thickness calculation formula │ │ Selection of the effective thickness of the convex head opening │ │ Determination of the minimum effective thickness of the convex head │ │ Inspection control of the manufacturing of outlet pressure vessels │ │ Finite element simulation of the welding residual stress field of the tube plate and reaction tube of the tubular reactor │ │ Use ANSYS software to conduct stress analysis on the pressure vessel │ │ Using gamma ray scanning technology to detect damage to the reactor catalyst bed │ │ Analysis of horizontal vessel saddle openings using finite element method │ │ Standard analysis and recommendations for pressure vessels for refrigeration units │ │ Inspection plan for desulfurization reactors in hydrogen production units │ │ Analysis of the causes of tube bundle fouling in bayonet tube reactors and treatment methods │ │ Partial design of split-ring quick-opening pressure vessels │ │ Stress analysis and research on the reinforcing ring reinforcement structure │ │ Research on the crack arrest performance of the reinforced ribs on cracked flat plates │ │ Fastening and stress analysis of the main bolts of the hydrogenation reactor │ │ Research on the form of the hydrogenation reactor catalyst grid support beam │ │ Experimental research on the quench box, an internal component of the hydrogenation reactor │ │ Design and stress calculation of the internal support structure of the hydrogenation reactor │ │ Material evaluation and temper brittleness prediction of the outlet elbow of the hydrogenation reactor after operation │ │ Key links and processes in the manufacturing of hydrogenation reactors │ │ Quality control and defect treatment of the surfacing layer of the hydrogenation reactor │ │ Assembly of the hydrogenation reactor │ │ Development of manufacturing of large petrochemical vessels such as hydrogenation reactors │ │ The development status of the manufacturing of large petrochemical vessels such as hydrogenation reactors │ │ Design of the main lifting lug of the combined roof cover of the hydrogenation reactor │ │ Mechanical stress analysis of the skirt support area of the hydrogenation reactor │ │ Key points in the design of hydrogenation reactor piping │ │ Finite element analysis of the sealing performance of the non-standard octagonal gasket of the hydrogenation reactor │ │ Failure analysis of the reactor distillate pipeline of the hydrogenation upgrading unit │ │ Initial inspection and safety assessment of the hydrofinishing reactor (R-301) │ │ Inspection and analysis of the hydrofinishing reactor │ │ Comprehensive inspection and defect treatment of the hydrocracking reactor │ │ Prediction of pressure difference in the hydrocracking unit refining reactor.doc │ │ Modification of the power wave scrubber liquid level gauge 2 │ │ Packaging container 3-10 tFlexible container bag │ │ Chemical plant pressure vessel twist clamp type quick opening door │ │ Determination of wall thickness of chemical pressure vessels and process pipelines │ │ Determination of wall thickness of chemical pressure vessels and pipelines │ │ Comparison of commonly used domestic and foreign steel grades (approximate) for chemical pressure vessels │ │ Geometric design of coiled tubes on the head of chemical vessels │ │ Quick identification method for chemical container openings without additional reinforcement │ │ Calculation of half vertex angle of folded conical shell of chemical container │ │ Brief analysis of chemical container inspection procedures │ │ Current status and application of composite steel plates for chemical containers │ │ Design method of chemical container │ │ Design method of chemical container Cylinder wall thickness calculation book │ │ High-temperature creep of chemical vessels and chemical low-temperature pressure vessels │ │ Anti-corrosion measures in the design of chemical vessels │ │ Review of chemical vessel design specifications │ │ Some experiences in the repair of forgings for pressure vessels in the chemical industry │ │ Parametric design of common parts of chemical equipment │ │ Several issues that should be paid attention to when purchasing pressure vessel equipment in chemical project construction │ │ Stress analysis of semi-circular tube jacketed vessels │ │ Design and calculation method of semi-circular tube jacketed vessels │ │ High-pressure vessels with hemispherical head wall thickness and cylinder wall thickness unequal │ │ Key points in the manufacturing process of half-pipe jacketed vessels │ │ Modeling and simulation of the transient thermal characteristics of nickel-metal hydride batteries in a single pressure vessel │ │ Simplified calculation of the optimal RC for self-reinforced design of single-layer high-pressure vessels │ │ Stress analysis of the clamp-type quick-opening cover structure│ │ Stress analysis of the clamp-type quick-opening cover structure│ │ Finite element contact analysis of the clamp-type quick-opening pressure vessel│ │ Calculation of the elevation and corresponding volume of the bedroom container│ │ Calculation of the special opening reinforcement of the horizontal internal pressure vessel cylinder│ │ Geometric concept of the design of the horizontal cylindrical container│ │ Calculation of volume calibration of horizontal vessels and spherical tanks │ │ Comparison of double saddles and triple saddles of horizontal vessels │ │ Calculation of axial stress when two concentrated loads are applied to horizontal vessels │ │ Simple calculation method of horizontal vessel platform pad position │ │ Finite element analysis of horizontal vessels and its structural optimization design │ │ Calculation method of liquid level height and volume of horizontal vessels │ │ Rational design of horizontal vessels │ │ Development of technical regulations and standards for dangerous goods transportation and mobile pressure vessels │ │ Comparison of pressure vessel ASME/ASTM and Chinese PV materials │ │ Application of pressure vessel CAPP technology │ │ Experimental study of the "leak before rupture" criterion for pressure vessels │ │ Comparative study of three inspection methods for pressure vessels │ │ Pressure vessel blanking size and expansion size │ │ Finite element analysis and optimal design of discontinuous zone of pressure vessel │ │ Analysis of similarities and differences in material inspection of pressure vessels and gas cylinders │ │ Discussion on the characteristic pressure relationship between pressure vessels and bursting discs 7 │ │ Discussion on the characteristic pressure relationship between pressure vessels and bursting discs │ │ Summary of special discussions on seismic analysis of pressure vessels and pipelines │ │ Progress in stability analysis and evaluation methods of pressure vessels and pipelines │ │ Stochastic dynamic prediction model of leakage probability of pressure vessels and pipelines │ │ Microstructure analysis of thick plates in pressure vessels │ │ Discussion of the relationship between stress concentration and peak stress in pressure vessels │ │ Calculation of the extension length of nozzles in pressure vessels │ │ Brief analysis of pressure vessel product supervision work │ │ Key points and common problems in the supervision and inspection of pressure vessel products │ │ Pressure vessel product quality inspection plan model │ │ Calculation of typical joint edge stress of pressure vessels │ │ Research on damage caused by boiling explosion of liquid in pressure vessels │ │ Causes and preventive measures of reheat cracks in pressure vessels │ │ Strength design of pressure vessel flange flange │ │ Impact of the size effect of pit defects in pressure vessels on fatigue life │ │ Calculation and loading of common loads in pressure vessel analysis and design│ │ Introduction and comparison of pressure vessel analysis and design methods and standards│ │ Some issues in pressure vessel analysis and design│ │ Plastic analysis method of pressure vessel analysis and design│ │ Structural optimization method of pressure vessel analysis and design│ │ Pressure vessel analysis and design solutions│ │ Several issues that need to be discussed in pressure vessel analysis and design│ │ Quality control of materials in pressure vessel manufacturing │ │ Preventive control in pressure vessel manufacturing │ │ Experience on material quality control in pressure vessel manufacturing │ │ Discussion of several issues in pressure vessel manufacturing │ │ Problems and solutions in pressure vessel manufacturing │ │ Common problems and analysis in pressure vessel manufacturing │ │ Forward traceability of material management in pressure vessel manufacturing │ │ Discussion of plate consumption process quotas in pressure vessel manufacturing │ │ Analysis of the current design status of pressure vessel manufacturing plants │ │ Issues that should be considered in pressure vessel manufacturing │ │ Determination and role of plate layout diagrams for pressure vessel manufacturing │ │ Design and drawing methods of plate layout diagrams for pressure vessel manufacturing │ │ Several process issues in pressure vessel manufacturing │ │ Discussion on the material preparation process for pressure vessel manufacturing │ │ Characteristics, common problems and countermeasures of pressure vessel manufacturing │ │ Quality control of pressure vessel manufacturing │ │ Pressure vessel manufacturing license appraisal and review guide │ │ Pressure vessel manufacturing quality control and supervision inspection │ │ Several issues and suggestions on the implementation of regulations and standards in the pressure vessel manufacturing process │ │ Investigation into the pressure vessel manufacturing process and discussion of several issues │ │ A brief analysis of the structural design of pressure vessel reinforcement rings │ │ Qualification licensing and management rules for pressure vessel and pressure piping design units - National Quality Inspection Pot No. 235 │ │ Modification and application of pressure vessel pressure test calculation formulas │ │ Design comparison of large opening reinforcement between pressure vessel pressure area method and analytical method │ │ Pressure vessel thick-walled pipe reinforcement │ │ Analysis of pressure vessel thick-walled cone manufacturing technology │ │ Analysis of the hazards of original manufacturing defects of pressure vessels │ │ Parametric design of pressure vessels and development of defect safety assessment systems │ │ Assessment methods for remaining life of pressure vessels and pipelines │ │ New calculation methods for pressure vessels and pipeline flanges │ │ Rules for the application of strength calculation methods for pressure components of pressure vessels │ │ Research on optimal design of pressure vessels for reliability │ │ Analysis of calculation method of safety factor for pressure vessel reliability design │ │ Steel for pressure vessels and boilers │ │ Calculation of hydrogen concentration distribution in pressure vessel walls │ │ Design and implementation of expert system for technical requirements for drawings of pressure vessels │ │ Analysis and comparison of boundary effects in the connection between pressure vessel cylinder and convex head │ │ Discussion on the reinforcement of large openings on pressure vessel cylinders │ │ Calculation method for reinforcement of large openings in pressure vessel cylinders │ │ Analysis of calculation methods for reinforcement of large openings in pressure vessel cylinders │ │ Deformations and preventive measures that are easy to occur in pressure vessels during the manufacturing process │ │ Application of pressure vessels in ion membrane caustic soda plants 2 │ │ Application of pressure vessels in ion membrane caustic soda plants │ │ Research on artificial neural network pattern recognition method of pressure vessel acoustic emission signal │ │ Brief analysis of pressure vessel shell element strength calculation method │ │ Key points in pressure vessel shell wall thickness design │ │ Pressure vessel shell size optimization design │ │ Pressure vessel shell local stress calculation and strength assessment │ │ Analysis of pressure vessel shell local stress calculation method │ │ Discussion on the internal test of external pressure of pressure vessels │ │ Manufacturing process of large-diameter plug-in angled pipes of pressure vessels │ │ Finite element analysis of large opening structure of pressure vessels │ │ Engineering design method of large opening reinforcement of pressure vessels │ │ Reinforcement method of large openings of pressure vessels │ │ Finite element analysis of the strength of large opening reinforcement structure of pressure vessels │ │ Calculation of reinforcement of large openings of pressure vessels - pressure area method and finite element stress analysis method │ │ Calculation of reinforcement of large openings of pressure vessels - pressure area method and finite element stress analysis method │ │ Comparison of calculation methods of reinforcement of large openings of pressure vessels │ │ Analysis and comparison of ASME method and finite element method for the design of reinforcement of large openings of pressure vessels │ │ Analysis and comparison of pressure area method and ASME method for large opening reinforcement design of pressure vessels │ │ Discussion on large opening reinforcement issues of pressure vessels │ │ Selection and design of on-site pressure test blind plates for large diameter nozzles of pressure vessels │ │ Calculation method of pressure vessel failure probability │ │ Calculation of safe discharge volume of pressure vessels │ │ Development of pressure vessel safety interlock automatic quick door device │ │ Discussion on the quality of pressure vessel installation and construction │ │ Pressure resistance test in periodic inspection of pressure vessels │ │ Discussion of strength verification issues in periodic inspection of pressure vessels │ │ Pressure vessel auditor training lecture notes - Pressure vessel design basics 2007 │ │ Pressure vessel life control method 4 │ │ Calculation of the reinforcement of the tapered nozzle opening on the head of the pressure vessel │ │ Design and calculation of pressure vessel heads and nozzles │ │ Reasonable design of pressure vessel head wall thickness │ │ Analysis of magnetic memory signal characteristics at pressure vessel heads │ │ Design of composite molds for pressure vessel heads │ │ Determination of the minimum thickness of pressure vessel heads and influencing factors │ │ Discussion on the marking of the minimum forming thickness of pressure vessel heads │ │ Determination of the minimum forming thickness of pressure vessel heads│ │ Exploring the calculation method of minimum forming thickness of pressure vessel heads by Zhang Fan│ │ Analysis of non-destructive testing standards of pressure vessel heads│ │ Analysis of surface defects of pressure vessel heads│ │ Basic knowledge of pressure vessels│ │ Stress analysis and design of local areas of pressure vessels│ │ Application of Excel data processing function in annual inspection of pressure vessels│ │ The intuitiveness and practicality of pressure vessel stress distribution diagram 2 │ │ The intuitiveness and practicality of pressure vessel stress distribution diagram │ │ Discussion on the selection of pressure vessel stress analysis unit │ │ Pressure vessel stress classification and its application in boundary effects │ │ Pressure vessel stress corrosion and its control measures │ │ HSE in pressure vessel construction │ │ Standardization in the construction of pressure vessels │ │ Comparative analysis of finite element modeling of local and global modeling of the pressure vessel opening │ │ Finite element analysis and application of strain in the opening and connecting area of pressure vessels │ │ Stress analysis and optimal design of the opening and connecting area of pressure vessels │ │ Finite element analysis and experimental research of the opening and connecting area of pressure vessels │ │ Finite element analysis and experimental research of the opening and connecting area of pressure vessels │ │ Numerical analysis of stress intensity factors of surface oblique cracks at pressure vessel openings and nozzles │ │ Research on local stress calculation methods for pressure vessel openings and nozzles │ │ Comparison of analytical method, equal area method and pressure area method in pressure vessel opening reinforcement │ │ Discussion of issues related to pressure vessel opening reinforcement │ │ Analysis of pressure vessel strength design technology 1 to 10 (bound volume) Sang Rubao 79 │ │ Discussion on the design of quick-opening flange of pressure vessels │ │ Strength calculation of threaded structure in pressure vessel pressure parts │ │ New progress in pressure vessel technology and equipment (3) │ │ New progress in pressure vessel technology and equipment (2) │ │ Improvement in the manufacturing process of pressure vessel nozzle openings │ │ Discussion on the finite element calculation model of reinforcement of pressure vessel nozzle openings │ │ Fracture analysis of pressure vessel nozzle and its engineering application │ │ Reliability design research of pressure vessel nozzle part │ │ Finite element analysis of oblique large opening of pressure vessel │ │ Analysis and design of new pressure vessel head │ │ Marking of head thickness on pressure vessel construction drawings │ │ Calculation method of the length of pressure vessel frameless lip seal ring │ │ Minimum design metal temperature of pressure vessel and its determination │ │ Discussion on the use of the maximum allowable working pressure of pressure vessels, air tightness test pressure and overpressure relief device operating pressure │ │ Several engineering factors worthy of attention in finite element analysis modeling of pressure vessels │ │ Correct assessment of stress in finite element stress analysis of pressure vessels - six important issues in stress analysis and design of pressure vessels (1) │ │ Several issues that should be paid attention to in the substitution of pressure vessel materials │ │ Issues that should be paid attention to when replacing pressure vessel materials │ │ Estimation method of fracture toughness value of pressure vessel materials │ │ Selection of pressure vessel materials and related requirements │ │ Several suggestions for pressure vessel material quality management │ │ Pressure vessel material selection │ │ Discussion of several issues in the design and selection of pressure vessel standard parts │ │ Progress in analytical design methods in pressure vessel standards and specifications │ │ Discussion on the standard application of pressure vessels │ │ Application of hardness measurement in pressure vessel inspection │ │ Analysis and discussion of gas-liquid combination test of pressure vessels │ │ Technical conditions for helium leak detection test of pressure vessels │ │ Pressure vessel helium leakage detection methods and their selections │ │ Research on emergency decision-making system for pressure vessel leakage accidents │ │ Pressure vessel leakage hole size pressure change rate estimation method │ │ Analytical research on pressure vessel leakage source model │ │ Rational design of pressure vessel flange │ │ Review of pressure vessel stress relief technology │ │ Design of pressure vessel welding joints │ │ Pressure vessel weld and its structural design │ │ Qualitative analysis of the explosive properties of pressure vessels │ │ Taboos and general principles for the selection of pressure vessel rupture disc devices │ │ Solution to the quality problem of pressure vessel annular seams │ │ Analysis of pressure vessel spherical head and simplified connection structure │ │ Development of 12CrMo1R steel plate for pressure vessels │ │ Analysis and comparison of 16MnR and SA-516 steel plates for pressure vessels │ │ Overview of domestic production of 16MnR steel for pressure vessels │ │ Selection Guide for 20 Steel Pipes for Pressure Vessels│ │ Development of XG630DR Steel Plate for Pressure Vessels│ │ Failure Analysis of Duplex Steel Head Test Plate for Pressure Vessels│ │ Selection of Large Diameter Flange Connection Sealing Gaskets for Pressure Vessels│ │ Material Quality Control for Pressure Vessels│ │ Direction of Strength Testing of Pressure Vessel Materials│ │ Development of extra-thick 13MnNiMoR steel for pressure vessels │ │ Basic elements of thread design and selection for pressure vessels │ │ Selection of titanium-steel composite plate cladding materials for pressure vessels │ │ Steel technology for pressure vessels │ │ Discussion on contract disputes caused by the added value of steel plates for pressure vessels │ │ Application of steel plates for pressure vessels in GB 150.2│ │ Latest progress in steel plate standards for pressure vessels│ │ Experimental study on acoustic emission of hydrogen-induced cracking of steel for pressure vessels│ │ Special requirements for steel for pressure vessels│ │ Microstructure and properties of chromium-molybdenum alloy steel SA387Gr.11.CL1 for pressure vessels│ │ Summary of the reasons for low impact absorption energy of chromium-molybdenum steel for pressure vessels│ │ Zirconium and zirconium alloys for pressure vessels │ │ Selection and calculation of type A flat welding flange of pressure vessels │ │ Discussion on stress measurement experiments by electric measurement method of pressure vessels │ │ Correction method of fatigue analysis of pressure vessels │ │ Progress in numerical simulation of fatigue crack growth of pressure vessels │ │ Optimal design of pressure vessels │ │ Analysis and design software of pressure vessels │ │ Reliability design of pressure vessels │ │ Safety and structural design of pressure vessels │ │ Local stress strain life analysis of pressure vessels │ │ Opening stress state and reinforcement design method of pressure vessels │ │ Quick identification of opening reinforcements of pressure vessels │ │ Optimal hydraulic test pressure of pressure vessels │ │ Fatigue life analysis of pressure vessels │ │ Supervised manufacturing of pressure vessels │ │ Discussion on supervision and inspection issues of pressure vessels │ │ Rupture forms and preventive measures of pressure vessels │ │ Creep stress and creep rupture analysis of pressure vessels_Wang Weijuan│ │ Design and computer-aided design of pressure vessels│ │ The material selection of pressure vessels should be economical and reasonable│ │ High temperature creep of pressure vessels_Yang Fangyu │ │ Pressure vessel manufacturing supervision technology and experience │ │ Discussion on the design pressure of the pressure vessel straight pipeline 4 │ │ Discussion on the design pressure of the pressure vessel straight pipeline │ │ Calculation of the rectangular flange of the pressure vessel │ │ Design calculation of the rectangular flange of the pressure vessel │ │ Design and strength analysis of the disc head of the pressure vessel │ │ Stability analysis of the pressure vessel 3 │ │ Numerical simulation of residual stress in multi-stage welds between pressure vessel cylinders and flat heads│ │ Research on reliability design of pressure vessel cylinders│ │ Discussion of minimum thickness requirements of pressure vessel cylinders│ │ Non-probabilistic reliability analysis of pressure vessel cylinders│ │ Stress analysis of pressure vessel nozzles│ │ Discussion of issues related to finite element analysis of pressure vessel nozzles│ │ Pressure vessel nozzle stress verification method │ │ Basic requirements for pressure vessel structural design │ │ Some principles of pressure vessel structural design │ │ Analysis of several issues in pressure vessel structural design │ │ Discussion on self-reinforced pressure of pressure vessels 5 │ │ Discussion of self-reinforced pressure of pressure vessels │ │ Stress analysis and research on the contact characteristics between the pressure vessel reinforcement ring and the simplified body │ │ Correlation analysis of Pairs formula material constants for pressure vessel crack fatigue life prediction │ │ Pressure vessel crack defect remaining life prediction │ │ Patran local finite element analysis of pressure vessel assembly structure │ │ Optimal design of pressure vessel equipment flange │ │ Pressure vessel design analysis and design │ │ Pressure vessel design fatigue analysis │ │ Pressure vessel design and manufacturing discussion │ │ Discussion on pressure vessel design and cost │ │ Discussion of several basic concepts in pressure vessel design │ │ Discussion on the application of reliability safety factor method in pressure vessel design │ │ Examples of common errors in pressure vessel design │ │ Several issues that should be paid attention to in pressure vessel design │ │ Method to determine the direction of nozzle load application in pressure vessel design │ │ Several issues that are easily overlooked in pressure vessel design │ │ Discussion of related issues in pressure vessel design│ │ Selection of welding joint coefficient values in pressure vessel design│ │ Two issues in pressure vessel design 2 │ │ Two issues in pressure vessel design│ │ Discussion of several common issues in pressure vessel design│ │ Research on issues in pressure vessel design and design optimization strategies│ │ Pressure vessel design and manufacturing 200 questions and answers │ │ Pressure vessel design and easily overlooked issues │ │ Pressure vessel design and development flow chart │ │ New method of pressure vessel design - load and resistance coefficient design method │ │ New method of pressure vessel design - load and resistance coefficient design method │ │ Progress in pressure vessel design methods │ │ Discussion of thickness in pressure vessel design 2 │ │ Discussion of thickness during pressure vessel design │ │ Discussion of the provisions for initial geometric deviation of external pressure cylinder in pressure vessel design standards │ │ General requirements and technical progress of pressure vessel design 2 │ │ Economic rationality analysis of pressure vessel design 2 │ │ Pressure vessel design quality management system manual │ │ Analysis of pressure vessel design issues │ │ Summary of pressure vessel design issues │ │ Pressure Vessel Translation Collection Liang Yongzhi 50 │ │ Design of data acquisition system in pressure vessel testing │ │ Pressure vessel quality control system program chart │ │ Pressure vessel quality inspection plan │ │ Discussion on air tightness test of pressure vessel overpressure relief device │ │ Auxiliary calculation of pressure vessel overpressure relief device │ │ Pressure vessel ultrasonic testing technology and application │ │ Straightening of the longer cylinder of the pressure vessel after bending │ │ The influence of the cone angle of the pressure vessel cone shell on the stress of the cone-cylinder composite shell │ │ Stress analysis and strength assessment of the non-radial opening structure of the pressure vessel │ │ Format of the pressure vessel risk assessment report │ │ Finite element method for high temperature creep of the pressure vessel_Zhao Xiangqi │ │ Analysis on the application of pressure deaerator in refinery │ │ Structural design of pressure aeration bioreactor │ │ Discussion on the determination method of bolt pre-tightening load of pressure pipe and container sealing structure - Zhang Kangda │ │ Research on pressure buffering technology │ │ Analysis of pressure boundary flange connection bolt tightening procedure JIS﹢B﹢2251-2008│ │ Three-dimensional finite element analysis of the transient stress field in the nozzle section of the pressurized water reactor pressure vessel│ │ Manufacturing process of the pressurized water reactor pressure vessel│ │ Overview of the reactor pressure vessel materials of the pressurized water reactor nuclear power plant│ │ Defect repair technology of the pressurized water reactor nuclear grade pressure vessel│ │ Piezoelectric impedance detection method and its application analysis in the monitoring of in-service pressure vessels│ │ Calculation model of physical explosion of compressed gas container │ │ Analysis of medium temperature rolling manufacturing process of thick-walled Cr-Mo steel large-diameter cylinder │ │ Three-dimensional finite element analysis of stress distribution of thick-walled pressure vessel nozzle │ │ Research on factors affecting the stress intensity factor of biaxial surface crack tip of thick-walled cylinder │ │ Thick plate UNS N08810 material pressure vessel manufacturing supervision and inspection control │ │ Manufacturing of thick plate large diameter spherical head │ │ Design of the middle partition of the double-chamber container │ │ Application of the double-chamber balance container in the liquid level measurement of the steam drum in our factory │ │ Application of the double-chamber balance container in the boiler drum liquid level measurement │ │ Calculation of the collision impact of the double-layer liquid storage container │ │ Experimental study on the elastic-plastic structural response of double-layer cylindrical explosion vessels │ │ Application of dual-element shear wave probes in integral multi-layer wrapped vessels │ │ Discussion of the "flattening" phenomenon of double-saddle horizontal cylindrical pressure vessels │ │ Reactor head cover pre-tightening and sealing load calculation │ │ Analysis of causes of reactor cracks and treatment measures │ │ Overview of the integrity assessment method of the reactor pressure vessel (RPV) │ │ Research on the 60-year design life of the reactor pressure vessel │ │ Development of the "C"-shaped sealing ring of the reactor pressure vessel │ │ Discussion on the repair plan of the main bolt hole of the reactor pressure vessel │ │ Design of the cleaning device for the main bolt hole of the reactor pressure vessel │ │ Analysis of the sealing performance of the domestic O-ring of the reactor pressure vessel │ │ Reactor pressure vessel sealing performance analysis and structural optimization design │ │ Three-dimensional elastoplastic stress analysis of the reactor pressure vessel nozzle section │ │ Stress intensity characteristics of the local thinning of the stress zone at the edge of the reactor pressure vessel nozzle │ │ "Fluid-solid" coupling analysis and optimal design of the reactor pressure vessel support │ │ Reactor pressure vessel support stiffness and stress calculation method │ │ Predictive analysis of radiation embrittlement of reactor pressure vessel materials │ │ Research on the deformation characteristics of C-shaped sealing rings for reactor pressure vessels │ │ Analysis of defect distribution in the structural integrity assessment of reactor pressure vessels │ │ Aging sensitivity analysis method of reactor pressure vessels │ │ Design and improvement of bolt flange connections of reactor pressure vessels │ │ Design of anti-arch grooved and reinforced annular rupture disk devices │ │ Design of reverse arched slotted Hastelloy C material rupture disc │ │ Stress analysis and stress assessment of pressure vessel nozzle thrust by external pipeline │ │ Finite element analysis of unstable pressure changes of damaged reverse arched rupture disc │ │ Repair process of conversion gas desulfurization tower head │ │ Application of programmable controller in container leak detection │ │ Application and discussion of reliability method in pressure vessel design │ │ Comparison of methods for determining allowable stress for pressure vessel materials in various countries │ │ The role of contract review in the pressure vessel quality assurance system │ │ Shift furnace head forming technology for ammonia synthesis │ │ Strength calculation and on-site treatment of lifting lugs 3 │ │ Limit analysis of lifting lugs 5 │ │ Three-dimensional flow field numerical simulation of co-rotating twin-screw reactor │ │ Numerical simulation study on fatigue life of thin-walled cylindrical pressure vessels with pit defects │ │ Rapid fatigue assessment of pressure vessels with surface defects │ │ Numerical simulation of fatigue life of pressure vessels with surface defects │ │ Analysis of fatigue remaining life of pressure vessels with cracks under mixed variables │ │ Stress solution and engineering application of thick-walled cylinders under the action of circumferential non-uniform external pressure │ │ Research on the performance of bursting discs for respirator cylinders │ │ Design and optimization of methylation reaction tanks in caffeine workshops │ │ Development of Hastelloy B-3 alloy large-scale pressure vessels │ │ Analysis and repair of collapse failure of four-support horizontal vessels │ │ Process simulation and design of fixed-bed butyraldehyde gas phase hydrogenation reactor │ │ Fixed-bed reactor layout and platform design │ │ The importance of periodic inspection of fixed pressure vessels │ │ Discussion on the relationship between licensing levels and categories of fixed pressure vessels │ │ Common problems in the design drawings of fixed pressure vessels │ │ Support structure of fixed vacuum insulated cryogenic vessels │ │ Domestic 2.25CrlMoO. Trial production of 3V steel plate hydrogenation reactor │ │ Domestic large-scale hydrogenation reactor exported to India for the first time │ │ Analysis of the use of thick steel plates for domestic pressure vessels and pressure steel pipes │ │ Comparison of domestic and foreign design concepts for low-temperature pressure vessels │ │ Discussion of the evaluation criteria for the large and small ends of conical shells in domestic and foreign analysis and design specifications │ │ Comparison of domestic and foreign construction standards for fixed pressure vessels │ │ Comparison and discussion of methanol synthesis reactors at home and abroad │ │ Analysis of research progress and development trends of space composite pressure vessels at home and abroad (2) │ │ The first 1kgT in China * Design of T-equivalent composite plate explosion vessels│ │ Summary of foreign pressure vessel regulations and standards systems │ │ National Quality Inspection Pot No. 194 boiler pressure vessel manufacturing license conditions │ │ Discussion of circular flat cover opening reinforcement issues │ │ Stress distribution characteristics of cylindrical flat bottom pressure vessels │ │ Numerical simulation of impact load and dynamic response of cylindrical explosion vessels │ │ Research on stress assessment at the edges of openings of pipes with different outer diameters on cylindrical bodies │ │ Computer plate arrangement technology of cylindrical pressure vessels and vertical storage tanks │ │ Calculation method of opening reinforcement of cylindrical pressure vessels │ │ Research on several issues of self-reinforcement of cylindrical pressure vessels │ │ Computer plate arrangement technology system of cylindrical pressure vessels │ │ Comparison of two analysis methods for the calculation of the reinforcement of the large radial opening of the cylinder │ │ Comparison of the two analysis methods of the calculation of the reinforcement of the radial opening of the cylinder │ │ Several issues that should be paid attention to in the design of Class I and II pressure vessels │ │ How to prepare WPS under the ASME international code │ │ Research on alternative methods and management models for pressure vessels in service without pressure testing │ │ Gray correlation analysis of failure of in-service pressure vessels │ │ Selection of head design thickness when material thickness critical value │ │ Comprehensive inspection plan for in-service hydrorefining reactors │ │ Strength check in periodic inspection of in-service pressure vessels │ │ Judgment of defect locations in radiographic films of in-service pressure vessels │ │ Inspection and treatment of common defects of in-service pressure vessels │ │ Problems and suggestions found during the supervisory inspection of materials of in-use pressure vessels│ │ Common defects and treatment principles in the inspection of in-use pressure vessels│ │ Discussion on the magnetic particle inspection process of in-use pressure vessels│ │ Discussion on the pressure test cycle of in-use pressure vessels│ │ The necessity of marking the minimum thickness of the formed head in the design drawing Hao Bingguang│ │ Stress analysis of underground horizontal vessels│ │ Analysis of external load of buried horizontal vessels │ │ Stress analysis and design of buried horizontal vessels │ │ Research on simulation method of buried crescent-ribbed bifurcated tube bulkhead and support │ │ Calculation of allowable external load of nozzle based on ANSYS │ │ Stability research and influencing factors analysis of deep offshore pressure vessels based on EN 13445 direct method │ │ Reliability analysis of fiber-wound composite pressure vessels based on +ANSYS+ │ │ Parametric modeling of pressure vessels and implementation of serial libraries based on +CATIA+ │ │ Finite element contact analysis of pressure vessels based on ABAQUS │ │ Finite element analysis of local stress in vessel nozzles based on ABAQUS │ │ Comparison of stress intensity at pressure vessel openings based on ANSYS Workbench │ │ Based on ANSYS Workbench head stress analysis │ │ Finite element analysis and optimal design of pressure vessels based on ANSYS+Workbench │ │ Finite element design of rectangular atmospheric pressure vessels based on ANSYS ∕ WORKBENCH │ │ Strength optimization of unequal thickness transition zones of ANSYS pressure vessels │ │ Optimal design of pressure vessels based on ANSYS parametric language │ │ Analysis and design of diesel hydrogenation reactor based on ANSYS │ │ Parametric modeling of stirred vessel based on ANSYS │ │ Local stress calculation and strength analysis of medium pressure reactor head based on ANSYS │ │ Research on the impact of pressure vessel medium pressure increase speed on pressure test based on ANSYS │ │ Reliability analysis of pressure vessels based on ANSYS │ │ Optimization design of pressure vessel wall thickness based on ANSYS (2) │ │ Optimal design of wall thickness of pressure vessels based on ANSYS│ │ Multi-variable optimal design of pressure vessels based on ANSYS│ │ Stress analysis of pressure vessels based on ANSYS│ │ Analysis of double pit interference effects on the surface of pressure vessels based on ANSYS│ │ Reinforced structural design of the outer lower head of a large vertical vacuum insulated vessel based on ANSYS│ │ Optimal design and strength analysis of ultra-high pressure pressure vessels for deep sea plankton based on ANSYS │ │ Support design for vertical vessels based on ANSYS │ │ Coupled stress analysis and structural optimization design of fiber-modified pressure vessels based on ANSYS │ │ Stress and fatigue analysis of pressure vessels based on Ansys software │ │ Structural optimization of pressure vessels based on APDL │ │ Based on ASME IX's welding process qualification system │ │ Based on ASME III nuclear power equipment valve frame impact strength analysis │ │ Analysis and calculation of external pressure bellows based on ASME ┧-2 │ │ Welding process management system based on ASME standards │ │ Underwater high pressure shell structural design based on ASME codes │ │ Application analysis of fire barrel heating furnace construction rules based on ASME codes │ │ Finite element analysis of steel pressure vessels based on COSMOSWorks │ │ Structural strength reliability analysis of pressure vessel opening nozzle area based on Kriging method │ │ FRP composite vessel damage acoustic emission signal pattern identification based on K-means clustering │ │ Drop simulation analysis of shielded transfer containers based on LS-DYNA │ │ Optimal design of rectangular cross-section pressure vessels based on MATLAB │ │ Stress analysis of composite pressure vessels based on Neumann stochastic finite element method │ │ PC-based hydrogenation reactor material step cooling test control system │ │ Control of top deflection of tower vessels with equal diameters and unequal thicknesses based on PV Desktop software │ │ Fatigue analysis of flat-head pressure vessels based on P method │ │ Research on discrete variable optimal design of pressure vessels based on SA algorithm │ │ Stress analysis of pressure vessel steel structure based on Solidworks │ │ Calculation and analysis of local stress under external load on pipes based on WRC297 bulletin method │ │ New method for strength calculation of flexible tube sheets based on primary structure method │ │ Method for processing embedded pipes based on three-axis CNC boring and milling machine │ │ Diagnosis of pressure vessel faults based on artificial neural network │ │ Reliability of thin-walled internal pressure vessels based on information entropy │ │ Discussion on the design of new internal pressure vessels based on internal tension structures │ │ Analysis of pressure vessel opening reinforcement based on reliability theory │ │ Research and development of pressure vessels based on composite materials │ │ In-service pressure vessel inspection based on failure modes │ │ Review of safety assessment methods for defective pressure pipelines based on failure assessment diagrams │ │ Semicircular bearing unit box design and container selection based on nesting problem │ │ Stress analysis of composite self-reinforced cylinder based on strain hardening model │ │ Selection of materials for pressure vessel head based on tensile experiment │ │ Design of gear mesh quick-opening pressure vessel based on overall finite element stress analysis │ │ Optimal design of opening reinforcement structure based on finite element analysis │ │ Reliability analysis of pressure vessels with nozzles based on finite element method │ │ Optimization of pressure vessel wall thickness based on finite element method │ │ Stress analysis of clamps on three-flap quick-opening vessels based on finite element │ │ Optimization of flange structure on toothed quick-opening vessels based on finite element │ │ Leakage model and numerical simulation of pressure vessels based on Joule-Thomson effect │ │ Design of wire-wound ultra-high-pressure vessels based on fatigue analysis │ │ Fatigue life estimation of quay crane based on American ASME standards │ │ Characterization of material fracture behavior of domestic reactor pressure vessels based on load diagram technology │ │ VB development calculation based on reforming reactor parameterized APDL command │ │ Hydrostatic test of in-service pressure vessels based on static pressure │ │ Application of plastic limit load analysis method in cylindrical nozzle opening strength analysis │ │ Arrangement and piping of towers and vertical vessels │ │ Equal area method and stress analysis method for shell radial flush nozzle opening reinforcement │ │ Application of shell elements in pressure vessel analysis and design │ │ Pre-assembly of pressure vessels for key equipment in Shell gasification │ │ Fabrication and inspection of pressure vessels for key equipment in Shell gasification technology │ │ Manufacturing and Inspection of Pressure Vessels, Key Equipment in Shell Gasification Technology (1) │ │ Manufacturing and Inspection of Pressure Vessels, Key Equipment in Shell Gasification Technology (2) │ │ Research on Thermal Response of Composite Vacuum Multilayer Insulated Cryogenic Vessels after Vacuum Loss │ │ Performance Analysis of Composite Material Pressure Vessels │ │ Impact Damage Analysis of Composite Wound Pressure Vessels │ │ Analysis and countermeasures for cracks in the head of the composite plate receiving groove │ │ The influence of the main parameters of the composite ultra-high pressure vessel on its pressure-bearing capacity │ │ Manufacturing process of the composite steel plate pressure vessel │ │ Manufacturing quality control of the composite steel plate pressure vessel │ │ Application of the composite steel plate in the pressure vessel │ │ Stamping forming of the composite steel plate head │ │ Calculation of the equivalent axial displacement of compound expansion joints │ │ Prediction method for fatigue creep life of typical steel used in pressure vessels under complex loading conditions │ │ Finite element analysis of deviated cone structures under external pressure │ │ Finite element instability analysis of cylinder-cone combined vessels under external pressure │ │ Discussion on calculation methods for the design and calculation of convex heads under external pressure │ │ Dual nonlinear ANSYS finite element simulation and discussion of the critical pressure of the external pressure cylinder │ │ Design of the external pressure cylinder reinforcement ring │ │ Calculation and numerical calculation stability analysis of the external pressure cylinder │ │ Design of the spiral reinforcement ring of the external pressure cylinder │ │ Simple calculation of the reinforcement ring for the external pressure cylinder │ │ Analysis of the strengthening effect after the external pressure vessel reinforcement ring is disconnected │ │ Design analysis of external pressure vessel cylinder │ │ Simplified calculation of external pressure vessel head design │ │ Discussion on design method of flat steel reinforcement ring of external pressure vessel │ │ Discussion of hydraulic test issues of external pressure vessel │ │ Optimization of design calculation of circumferential reinforcement ring of external pressure vessel │ │ Design calculation of external pressure vessel │ │ Calculation steps of external pressure vessel calculation method │ │ Estimation of the initial value of the design wall thickness of external pressure vessels │ │ Design methods and numerical calculations of external pressure vessels │ │ Discussion on issues related to the design of external pressure vessels │ │ Simulation calculation and research on the buckling of external pressure straight beveled conical shell vessels without flanges │ │ Discussion on finite element calculations of external pressure cylindrical shells │ │ Research on the description method of initial geometric deviation of the cylinder in external pressure simulation calculations │ │ Discussion on the calculation method of the wind-resistant ring in the middle of the external pressure oil tank│ │ Calculation of the external pressure thin-walled cylinder│ │ Design calculation of the wall thickness of the external pressure thin-walled container│ │ Analysis of the design method of the reinforcing ring on the external pressure cone shell│ │ Discussion on the best position of the reinforcement ring on the external pressure cone shell│ │ Discussion on the support line of the external pressure cone shell│ │ Discussion on several issues in the design of the external pressure cone shell│ │ Forming and assembly of outer wound coiled tube vessels│ │ Finite element analysis of local stress under external load│ │ Fuzzy reliability optimization design of multi-layer wrapped pressure vessels│ │ Application of multi-layer wrapped structures in high-pressure vessels│ │ Manufacturing, processing and quality control of multi-layer wrapped high-pressure vessels│ │ End structure design and stress analysis of multi-layer wrapped high-pressure vessels│ │ Design calculation of multi-support horizontal vessels │ │ Thermal coupling stress analysis and component design of multi-component material spherical vessels │ │ Manufacturing of multi-cavity pressure vessel polymerization kettles │ │ Research on calculation methods for residual fatigue life of multi-crack pressure vessels │ │ Design and application of large and medium-sized head groove profiling floating tool holders │ │ Deformation treatment of large-volume rectangular vessels │ │ Discussion on anti-deformation technology of large-diameter thin-walled spherical heads │ │ Difficulties in manufacturing large-scale BYD reactors and their solutions │ │ Large-scale HASTELLOY B-3 head forming technology │ │ Manufacturing of large-scale trichlorethylene fixed-bed reactors │ │ Manufacturing of large-scale low-alloy heat-resistant steel 12Cr2Mo1 pressure vessel 123 CA │ │ Manufacturing of large-scale low-alloy heat-resistant steel 12Cr2Mo1 pressure vessel syngas boiler feed water preheater │ │ Design and manufacturing of large-scale cryogenic liquid storage tanks │ │ Research on the selection method of the number of supports for large horizontal vessels │ │ Large-scale pressure vessel equipment process analysis and CAPP application │ │ Improvement of large-scale thick-plate melon-shaped head circular plate forming technology │ │ Design of reinforcement ring for large double-shell horizontal vessels │ │ Analysis of design methods for large multi-saddle horizontal vessels │ │ Non-intrusive measurement of upper and lower limit liquid levels of large vessels │ │ Mechanical processing technology in the manufacturing process of large vessels │ │ Technical summary of large vessel coke tower export projects │ │ Prediction of cavity expansion ratio of thermoformed cracked parts of large flange heads │ │ Technical requirements and manufacturing practices for thick-walled chromium-molybdenum steel pressure vessels for large-scale coal-to-methanol plants │ │ Discussion on material selection, design and manufacturing of pressure vessels for large-scale coal chemical plants 15 │ │ Discussion on material selection, design and manufacturing of pressure vessels for large-scale coal chemical plants │ │ Analysis of technologies related to the manufacturing of large-scale special material pressure vessels │ │ Numerical simulation of combustible gas explosion processes in large spherical closed containers │ │ Welding manufacturing process of large vacuum vessel head │ │ Design of support beams in large vertical vessels │ │ Stress analysis of large vertical vessel legs │ │ Design calculation of large vertical vessel leg supports │ │ Strength analysis of large expansion joints │ │ Research on vertical reverse transport and installation process in large volute bulkhead hole │ │ Research and application of large-scale axial-radial shift reactor│ │ Design of large-scale titanium steel composite plate pressure vessels│ │ Finite element analysis and design of large-scale steel rectangular atmospheric pressure vessels│ │ Leak detection method of sealing surface of large-scale non-circular cross-section vacuum vessels│ │ Structural optimization of large-scale high-pressure vessels│ │ Structural optimization and development trends of large-scale high-pressure vessels│ │ Research on the strength of the head and cylinder connection structure of large-volume fully multi-layered high-pressure hydrogen storage vessels │ │ Discussion on the design of large-volume horizontal vessels │ │ Finite element analysis of instability behavior of large-opening external pressure cylinders │ │ Optimal design of large-opening pipe structures │ │ Calculation of the maximum temperature of fluid storage vessels in the atmosphere │ │ Design, manufacturing and inspection of metal expansion joints for large-diameter multi-wave nuclear applications │ │ Verification of non-standard supports for large-diameter vertical vessels│ │ Design of large-diameter thin-walled horizontal pressure vessels│ │ Design of hoisting and supporting structures for large-diameter thin-walled vessels│ │ Technical discussion on the manufacturing of large-diameter ultra-high-pressure vessels│ │ Selection of sealing gaskets for large-diameter high-pressure vessels│ │ Engineering application of calculation methods for large cone angle eccentric cone shells│ │ Repair of the inner cylinder of the jacketed vessel after instability │ │ Structural design of the jacketed vessel │ │ Design of the jacketed vessel │ │ Structural design of the jacketed vessel │ │ Key points in the structural design of the jacketed vessel │ │ Discussion on the selection of pressure parameters in the design of the jacketed vessel │ │ Temperature difference stress issues in the design of the jacketed vessel │ │ Correct selection of jacketed vessel design pressure │ │ Design points for jacketed vessels to prevent instability │ │ How to classify Class C and D welded joints on pressure vessels │ │ How to determine the weld coefficient of ASME specification products │ │ Fatigue fracture analysis of pressure vessels with cracks │ │ Learn * Experience again with EN13445 and ASME ┧-2 │ │ Safety relief device - optimal design of bursting discs │ │ Setting, selection and calculation of safety relief device │ │ Combined application of safety valve and bursting disc │ │ New method of installing built-in head - heating expansion method │ │ Research on the process of gas metal arc welding of solid wire in pressure vessels │ │ Outdoor cultivation of microalgae biomass photoreactor and reaction efficiency │ │ Calculation method of explosion temperature and pressure of combustible gas in the container 4 │ │ Calculation method of explosion temperature and pressure of combustible gas in the container │ │ Design method of confirmatory blast test for containers and pressure components │ │ Strength calculation of container lifting lugs │ │ Structural design of plate lifting lugs on the container ring seat │ │ Numerical calculation and strength analysis of stress in the tangential nozzle area of the vessel shell │ │ Discussion on the selection of container jacket form │ │ New lubrication process for cold stamping of the container head │ │ Design of container-type slug flow catcher │ │ Calculation of installation and blanking dimensions of the container nozzle 5 │ │ Changes in container support standards and precautions │ │ Finite element calculation and strength evaluation of local stress in the container support area │ │ Processing improvement of the inner and outer rings of spiral wound gaskets for container flanges │ │ Technical analysis and treatment of container paint film thickness │ │ Analysis and solutions to the causes of overburning of the container cylinder │ │ Comparative analysis of modeling methods of container nozzles in CAESARII │ │ Experimental research and numerical simulation of closed explosion vessels │ │ Discussion on the relevant contents of GB 150 "Pressure Vessels" - Flange stiffness verification requirements and others │ │ Discussion on the relevant contents of GB150 "Pressure Vessels" - Cryogenic vessels and their steels │ │ Discussion on the relevant contents of GB150 "Pressure Vessels" - Determination of test pressure values and related issues │ │ Regarding GB_150 Discussion on the relevant contents of "Pressure Vessel"_Cryogenic vessels and steel materials │ │ to GB_150 Discussion on the relevant content of "Pressure Vessels" - flange stiffness verification requirements and others │ │ Discussion on the article "Discussion on the stress intensity criterion Pm+Pb ≤ 1.5 in the analytical design method" │ │ Understanding and understanding of the article "Discussion on the stress intensity criterion Pm+Pb ≤ 1.5 in the analytical design method" │ │ Opinions on the two articles "Discussion on the stress intensity criterion Pm＋Pb≤1.5 in the analytical design method" and "Discussion on the article "Discussion on the stress intensity criterion Pm＋Pb≤1.5 in the analytical design method"" │ Prospects for the development of China's pressure vessel analysis and design standards │ │ Quality control of on-site assembly of full-density polyethylene reactors │ │ A brief view on the equivalent replacement of standard elliptical heads by cold spinning approximately elliptical heads │ │ Discussion on the design of semi-tubular jacketed vessels │ │ Discussion on the minimum forming thickness of pressure vessel heads │ │ Discussion on the minimum forming thickness of pressure vessel heads │ │ Some views on the relevant standards of pressure vessels│ │ Repair of defects in the 2.25Cr1Mo0.25V hydrogenation reactor in service│ │ Research on the factors affecting the maximum hoop stress on the double-support horizontal vessel cylinder│ │ Research on the factors affecting the maximum hoop stress on the double-support horizontal vessel simplified body│ │ Some thoughts on my country's pressure vessel and heat exchanger standards│ │ Determination of the relevant position and size of the butted skirt-shaped hemispherical head │ │ For the standard elliptical head shape coefficient K and coefficient K_Discussion of 1 │ │ Analysis of several issues in the design of elliptical opening reinforcement │ │ Suggestions on crack analysis and prevention measures in several domestic CF-62 steel pressure vessels │ │ Mathematical simulation of terephthalic acid hydrorefining reactor │ │ Measurement and calculation of residual deformation in pressure test of ultra-high pressure vessels │ │ Discussion on reducing the hoop peak stress at the corners of the saddle │ │ Introduction to the head and related calculations 2 │ │ Internal pressure expansion casting technology of the head │ │ Discussion of the thickness design of the head 2 │ │ Analysis of welding residual stress of tailor welding of the head blank │ │ Stress analysis of the large opening of the head nozzle │ │ Failure analysis of head cracking │ │ Analysis and Comparison of the Calculation Formula of Head Forming Force │ │ The influence of the head forming thickness reduction on the head strength calculation │ │ The relationship between the nominal thickness and the minimum forming thickness in the new head standard Chang Yuesong │ │ The relationship between the nominal thickness and the minimum forming thickness in the new head standard │ │ Factors that should be considered for the minimum forming thickness of the head │ │ The relationship between the thickness of the head material and the minimum forming thickness │ │ Discussion on the structural dimensions of the spherical cap head in the head standard │ │ Research on the causes of head cracks │ │ The necessity of considering the process thinning amount in the head design │ │ The necessity of considering the process thinning amount in the head design │ │ Development of special resin for small hollow high-density polyethylene containers │ │ Design and application of small holes in pressure vessels │ │ Analysis of elastic dynamic response of multi-layer wrapped vessels under local impact pressure │ │ Comparative study of local stress calculation methods (Part 1) 9 │ │ Discussion on the impact of interlayer gaps on the structural performance of multi-layer U-shaped expansion joints │ │ Design of pressure vessels in Northeast Sichuan high-sulfur gas field │ │ Solution to the liquid level-volume relationship in horizontal and vertical vessels with spinning heads in industrial devices│ │ Balanced vessels and error analysis in differential pressure liquid level measurement systems│ │ Stability analysis of external pressure column shells with reinforcing rings│ │ Analysis of thickness calculation of vacuum cylinders with semicircular tube jackets│ │ Calculation of jacketed horizontal vessels│ │ Heat transfer design of jacketed vessels│ │ Structure and type of jacketed vessel│ │ Determination of design pressure of jacketed vessel│ │ Elastic-plastic finite element analysis and optimization of jacketed flat head│ │ Comparison and discussion of design methods of external pressure cylinder with small reinforcing ring│ │ Experimental study on dynamic response of double-layer explosion container with flat head│ │ Calculation method for reinforcement of cylindrical large openings of pressure vessels with flange connections │ │ Accurate determination of wall thickness of coated pressure vessels │ │ Design method of air tightness test vessels with overpressure relief devices │ │ Structural design of cylindrical self-standing steel chimneys with transition sections │ │ Calculation of external pressure of equipment with transition sections │ │ Maximum bending moment and location of horizontal vessels with accessory equipment │ │ Experimental research on large-diameter atmospheric pressure vessels with partitions │ │ Introduction and analysis of international standards for expansion joints for commonly used pressure vessels │ │ Research on fracture behavior of commonly used pressure vessel steels │ │ Fatigue crack growth rate of commonly used 16MnR and other pressure vessel steels │ │ Application of commonly used steel plates in the design and manufacture of pressure vessels │ │ Process design and calculation of common chemical vessels │ │ Experimental stress test of conventional and nuclear pressure vessels│ │ Dry acetylene generator│ │ Local stress at the connection fillet between the flat head and the shell│ │ Discussion on the calculation of multiple holes in the flat cover│ │ Discussion on the reinforcement calculation of a single hole in the center of the flat cover│ │ Discussion on the reinforcement of the hole in the flat cover│ │ Finite element analysis of large deformation of planar wound carbon fiber pressure vessels │ │ Lightweight design and manufacturing of Guangxi Petrochemical Residual Hydrogenation Reactor │ │ Application of stress analysis design concept in the conventional design standard GB 150 for pressure vessels │ │ Development of stress classification and pressure vessel design 3 │ │ Development of stress classification and pressure vessel design │ │ Comparison of calculation results of opening reinforcement between stress classification method and direct method │ │ Several discussions on stress classification method_Qin Shujing │ │ Application of stress classification concept in pressure vessel design │ │ Stress analysis of strain-strengthened pressure vessels │ │ Finite element analysis of opening reinforcement of strain-strengthened pressure vessels │ │ Analysis of external pressure buckling of vessels after strain strengthening │ │ Application of PDS to realize jacketed tube design 3 │ │ Research on application of digital speckle method to measure wall deformation of loaded pressure vessels │ │ Major steel pressure vessel engineering equipment with a wide range of applications - review and prospect of multifunctional composite shell innovative technology │ │ Analysis of mechanical characteristics of pressure steel plates with openings and discussion of reinforcement methods │ │ Comparison of conventional design and analytical design of opening reinforcements │ │ Quick judgment and simplified calculation of opening reinforcements │ │ Connections and differences between the equal area method and pressure area method of opening reinforcements - also for ASME │-2 (2007) Analysis of opening reinforcement │ │ The influence of the additional amount of nozzle thickness on the calculation results when calculating opening reinforcement │ │ Determination of the effective reinforcement range when calculating opening reinforcement │ │ Application of opening reinforcement design in pressure vessel design │ │ Analysis of the application of opening reinforcement design in pressure vessel design │ │ Research on the application of opening reinforcement design in the design of pressure vessels │ │ Application of opening reinforcement design in pressure vessel design │ │ Analysis of the causes of cracks in the heater head and control measures at start-up │ │ Research on the stress intensity factor of nozzles with shoulder penetration cracks under bending moment │ │ Strengthening the production scheduling management of pressure vessels │ │ Stability evaluation method of spherical head opening nozzle under cyclic internal pressure │ │ Ratchet limit of thick-walled cylinder under cyclic internal pressure load │ │ Development and performance study of micro-pressure rupture disc │ │ Application of microcomputer testing technology in pressure vessel hydrostatic test │ │ Research on methods to suppress liquid sodium sloshing in the fast reactor main vessel │ │ Design and manufacturing of quick-opening cryogenic pressure vessels │ │ Research on explosion hazards of quick-opening pressure vessels with residual pressure opening doors │ │ Experience in the design of quick-opening pressure vessels │ │ Design calculations of quick-opening flanges │ │ Quick-opening cover pressure vessels Zheng Jinyang 30 │ │ Overview of quick-opening cover pressure vessels 97 │ │ How to reduce the cost of pressure vessels through design (1) 7 │ │ How to reduce the cost of pressure vessels through design │ │ How to reduce the cost of pressure vessels through design (2) 4 │ │ Determination of the minimum thickness of the molded head │ │ Development and application of Chengda's large-scale radial sulfur-resistant shift reactor │ │ The relationship between my country's three major steel pressure vessel standards (2) │ │ The relationship between my country's three major steel pressure vessel standards │ │ Comparison of my country's pressure vessel analysis and design standards and conventional design standards │ │ Comparative analysis of my country's pressure vessel standards and ASME specifications │ │ The current situation of my country's pressure vessel steel standards │ │ my country's ten-year review and outlook of pressure vessel design, manufacturing and maintenance │ │ Ten-year technical progress and outlook of my country's pressure equipment standardization_Shoubinan │ │ Research progress in lightweight design and manufacturing technology of heavy-duty pressure vessels in my country │ │ Numerical simulation of explosion dynamic response in flat tape-wound pressure vessels │ │ Development analysis of flat tape-wound pressure vessels │ │ Ultimate load-bearing capacity of flat tape-wound pressure vessels │ │ Comprehensive comparison of flat tape-wound and integrally wrapped vessels │ │ Probability distribution of static strength of flat tape-wound vessels │ │ Engineering optimization and application research progress of flat tape-wound high-pressure vessels │ │ Research on the strength of flat tape-wound high-pressure vessels │ │ Some common problems in the implementation of pressure vessel manufacturing standards │ │ Calculation of allowable load for pressure vessel nozzles │ │ Treatment plan for nominal thickness differences in pressure forging testing and re-inspection │ │ Calculation formula for thin-walled pressure vessel cylinders withstanding internal pressure │ │ Calculation of stability of cylinders withstanding local external pressure │ │ Calculation method of standard parameters of folded conical heads │ │ Review of parabolic-arc heads │ │ The role of sampling inspection in comprehensive inspection of pressure vessels │ │ Numerical experimental research on the forming and test explosion of tensile bursting discs │ │ Design and build a 3000 m^3 saturated C4 spherical tank according to ASME standards │ │ Several issues that should be paid attention to when carrying out equal-area opening reinforcement design according to ASME Code VIII-1 │ │ Material conversion when manufacturing pressure vessels according to ASME codes │ │ Finite element analysis of storage tanks designed according to ASME codes │ │ Application of vibration aging technology in autoclave pressure vessels │ │ Analysis of the causes of heat exchanger tube box head cracking │ │ Discussion on the design requirements and design methods of pressure vessels │ │ Repair of cracks on the cobalt-based alloy cladding layer on the inner wall of the nozzle │ │ Research on the elastic stress of the container opening structure under the action of the nozzle bending moment │ │ Research on the ultimate load of the vessel under the action of the nozzle bending moment │ │ Safety analysis of the connection fork defect of the lifting vessel │ │ Measures to improve the operating cycle of the hydration reactor (R-101) │ │ Development of automatic exhaust device for receiving and receiving ball cylinders │ │ Discussion and improvement of the production process of Jingye Q345R container steel │ │ Research progress on the stress state of the overall multi-layer wrapped high-pressure vessel │ │ Overview of the design of the integral multi-layer wrapped high-pressure vessel │ │ Stress analysis and pressure determination of the overpressure test of the integral multi-layer clamped high-pressure vessel │ │ Research on the over-pressure test of the integral multi-layer clamped high-pressure vessel │ │ Control of the use of the integral bolt stretching machine in the sealing operation of the reactor pressure vessel │ │ Research on the strength analysis and engineering design method of the integral rotating gear mesh quick-opening device │ │ Analysis of factors affecting the plastic limit internal pressure of the mitered tube │ │ Development and application of new full flow jacket structure polymerization kettle│ │ Finite element contact analysis of new pressure vessel flange sealing structure│ │ Research and application of new fixed bed hydrogenation reactor internal components│ │ Principle and strength analysis of new quick-opening high-pressure vessel top cover sealing structure│ │ Design research of new flat belt-wound low-temperature and high-pressure vessels│ │ Discussion of issues related to new gasifier refractory materials│ │ New low-temperature liquid hydrogen (liquid oxygen) container structure │ │ Ultimate load analysis and optimized design of new wire-wound ultra-high pressure vessels │ │ Prospects for the application of new belt-wound pressure vessels in hydrogen equipment │ │ Stability analysis of new thin-walled container structures │ │ New saddle seal ring quick-opening blind plate structure design and analysis │ │ Introduction to the new standard GB16749-1997 "Corrugated Expansion Joint for Pressure Vessels" │ │ Introduction to the new version of the steel plate standard for pressure vessels │ │ Examination regulations for pressure piping of new boiler pressure vessels │ │ Stress analysis and strength verification of square pipe boxes │ │ CFD simulation of particle residence time distribution in cyclone reactor │ │ Process design of cyclone plate demister │ │ Analysis of the causes of edge stress in rotating thin shells │ │ Discussion on the design of flange-free spherical heads │ │ Design of multi-core concave bottoms for seamless gas cylinders │ │ Calculation of container pressure changes of temporary flushing gas sources and unsteady flow of pipelines │ │ Latest pressure vessel design assessment reference questions │ │ Analysis and discussion on pressure vessel manufacturing quality control │ │ Research on the sensitivity of penetration testing of boiler pressure vessels │ │ Design improvements of silicone fluidized bed reactors │ │ Research on classification amplitude criteria of acoustic emission detection sources for non-ferrous metal pressure vessels │ │ Finite element analysis of opening reinforcement structures │ │ Discussion of the application of finite elements in stress analysis and design of pressure vessels - staged summary │ │ Application of finite element method and optimal design in pressure vessel design │ │ Discussion on the calculation method for the thickness of side plates of finite-length rectangular pressure vessels │ │ The third classic application of plate and shell theory in the strength design of pressure vessels - analysis of ten pressure vessel flange design methods │ │ The second classic application of plate and shell theory in the strength design of pressure vessels - analysis of eight strength calculation methods of pressure vessel shells (Part 2) │ │ The second classic application of plate and shell theory in pressure vessel strength design﹢——Analysis of eight strength calculation methods for pressure vessel shells (Part 1) │ │ Application of ultimate load analysis method in pressure vessel analysis and design│ │ Application of ultimate load method in stress analysis—Six important issues in stress analysis and design of pressure vessels (4) │ │ Analysis of occupational health inspection results of welders in a pressure vessel manufacturing plant│ │ Analysis of weld cracking at the head of a certain pressure vessel │ │ Reference temperature for the ductile-brittle transition in fracture toughness of a domestic pressurized water reactor pressure vessel forging material │ │ Structural design of a certain type of pressure vessel │ │ Analysis of key points in the design of a large jacketed vessel │ │ Strength calculation of the elbow opening pipe of a venturi scrubber │ │ Analysis of the causes of leakage due to thinning of a certain steam drum head │ │ Design of a steam superheater │ │ Structural design of a high-pressure underwater test vessel │ │ Selection of parameters in standard elliptical head strength design │ │ Austenite grain growth behavior of SA508-4 N steel for nuclear pressure vessels │ │ Austenite phase transformation during heating of SA508Gr.4N steel for nuclear pressure vessels │ │ Failure probability analysis of nuclear pressure vessel defect acceptance deterministic criteria │ │ Discussion of basic design criteria for nuclear reactor pressure vessels │ │ Application of nuclear material level switch in level measurement of closed vessels │ │ Coupling analysis of "flow field-temperature field" of pressure vessel supports in nuclear power plants │ │ Feasibility analysis of direct reading of leakage rate of small pressure vessels in nuclear power plants │ │ The development of steel plates for nuclear power pressure vessels and the research status of Baosteel │ │ The smelting of steel for nuclear power pressure vessels │ │ The development and research status of steel for nuclear power pressure vessels │ │ Residual stress in the inner wall of the J-shaped joint of the top cover of nuclear power reactor pressure vessels │ │ Steel and manufacturing processes for nuclear power plant reactor pressure vessels │ │ Discussion and implementation of the pre-(post) heat process plan for surfacing of the inner wall of the lower head of nuclear power steam generators│ │ Design and optimization of the connection structure of the variable thickness transition section of the nuclear grade pressure vessel│ │ Discussion of the calculation formula for the wall thickness of the elliptical head│ │ Analysis and design of elasticity and plasticity of the porous reinforcing structure of the elliptical head│ │ Local stress analysis of the elliptical head opening nozzle│ │ Discussion of the calculation formula for the surface area of elliptical heads │ │ Application conditions of the strength calculation formulas for elliptical heads and dish-shaped heads │ │ Strength analysis of large opening structures in elliptical heads 6 │ │ Strength analysis of large opening structures in elliptical heads │ │ Stress analysis of structures with non-axial manholes in elliptical heads │ │ Reinforcement design of elliptical openings │ │ Research on the vibration characteristics of cylindrical explosion vessels with ellipsoidal heads│ │ The influence of molding on the toughness of pressure vessel plates │ │ Design of waste heat removal system for modular high-temperature gas-cooled reactor prestressed concrete pressure vessels │ │ European Pressure Equipment Directive and its comparison with ASME specifications │ │ Introduction to the European Union standard EN13445 and its comparison with my country's pressure vessel standards │ │ Research progress of steel for normalizing high-strength pressure vessels │ │ Simulation study on the generation mechanism of gas pipeline leakage sound source │ │ Prediction of dynamic burst pressure of gas cylinders │ │ Selection of key hardware for gas cylinder hydraulic burst test device │ │ Fatigue analysis and structural optimization of gas phase reactor flange structure │ │ Improvement of fluorination reactor jacket and nozzle structure │ │ Manufacturing and structural improvement of fluorination reactor │ │ Comparative analysis of ASME standards for hydrogen and natural gas long-distance pipeline design │ │ Analysis of the application of helium mass spectrometry leak detection technology in pressure vessel sealing tests │ │ Several opinions on the periodic inspection of pressure vessels in ammonia refrigeration systems │ │ Analysis of the reasons for the head detachment of the return gas header of the ammonia refrigeration system │ │ Research on the vertical set of water-cooled wall gasifiers │ │ Analysis and discussion of drum water level balance container │ │ Analysis of cracking causes of steam-water mixer and improvement measures │ │ Discussion on transformation technology of oil field container equipment │ │ Comparative study of oil (casing) pipe standards and my country's pressure vessel pipe standards │ │ Flange design - pressure vessel training lecture notes │ │ Analysis of the adaptability of flange design methods to hydraulic test conditions │ │ Comparison of commonly used standards for corrugated expansion joints │ │ Brief analysis of GB150.1-2011 Appendix B "Overpressure Relief Device" │ │ Brief analysis of low-stress working conditions of cryogenic vessels │ │ Brief analysis of nominal pressure and nominal diameter │ │ Brief analysis of opening reinforcement design in conventional design specifications for pressure vessels │ │ A brief analysis of the pressure vessel opening reinforcement design method │ │ A brief analysis of the integrity issues of nuclear power plant reactor pressure vessels │ │ A brief analysis of the American ASME code and Chinese pressure vessel standards │ │ A brief analysis of the steel pipe opening reinforcement │ │ A brief discussion on the implementation of relevant standards in the design of pressure vessels │ │ A brief discussion on the design of steel pressure vessels │ │ A brief discussion on the selection of design pressure for two-chamber pressure vessels│ │ A brief discussion on the pressure test pressure of two-chamber vessels│ │ A brief discussion on the preparation of ASME non-destructive testing demonstration test plates│ │ A brief discussion on corner joints in pressure vessels│ │ A brief discussion on pressure vessel manufacturing_Problems and countermeasures during the installation process│ │ A brief discussion on process control in pressure vessel manufacturing│ │ A brief discussion on several factors that should be considered when selecting pressure vessel shell materials│ │ A brief discussion on the application of pressure vessel opening reinforcement in design│ │ A brief discussion on the unreasonableness of percentage sampling in pressure vessel inspection│ │ A brief discussion on two design methods of pressure vessels│ │ A brief discussion on the fatigue analysis and design of pressure vessels│ │ A brief discussion on the design of pressure vessels│ │ A brief discussion on issues that should be paid attention to in the design of pressure vessels│ │ A brief discussion on the analysis and design of pressure vessel design management systems│ │ A brief discussion on the relationship between various pressures of pressure vessels in use│ │ A brief discussion on periodic inspection of pressure vessels in use│ │ A brief discussion on the design of jacketed vessels│ │ A brief discussion on the issues that should be paid attention to in the design of jacketed vessels │ │ A brief discussion on how to control the quality of materials used in pressure vessel manufacturing │ │ A brief discussion on the hole reinforcement design of conventional pressure vessels │ │ A brief discussion on the differences between conventional pressure vessels designed using ASME Ⅷ-1 and nuclear power non-nuclear grade vessels │ │ A brief discussion on the stability design of titanium vessels │ │ A brief discussion on the design, manufacturing and inspection of chromium-molybdenum steel pressure vessels │ │ A brief discussion on stress corrosion cracking of boiler pressure vessels │ │ A brief explanation of several regulations for the design of cryogenic pressure vessels │ │ Design of floating head inorganic membrane reactor and tube bundle stress analysis │ │ Design of floating head flange 6 │ │ Risk management and control methods for extended service of offshore platform vessels and pipelines │ │ A brief discussion on applicable regulations for periodic inspection of pressure vessels on fixed marine platforms│ │ Research progress on marine microalgae culture and photobioreactors│ │ Several methods to eliminate stress caused by manufacturing pressure vessels│ │ Liquid penetration method to detect cracks in in-service vessels│ │ Development and prospects of standard technology for cryogenic vacuum insulated vessels│ │ Manufacturing process and optimization of atmospheric pressure vessel skids for deepwater platforms│ │ Research on the impact resistance of concrete high integral containers │ │ Research on the durability and permeability of sealing materials for concrete high integral containers (HIC) │ │ Calculation of blanking of hybrid row plate-shaped containers │ │ Hydration heat test and temperature stress of hybrid fiber concrete nuclear waste storage containers │ │ Optimal design and application of pig receiving and receiving cylinders │ │ Engineering development and application of internal components of residual oil hydrogenation reactor │ │ The impact of temperature on vessel design │ │ Temperature scale conversion causes ASME and RCC-M temperature calibration errors and its impact │ │ The impact and analysis of wet hydrogen sulfide on in-service pressure vessels │ │ Analysis of sealing performance of pressure vessels in submersible observation window tests │ │ Leakage risk and control of refining unit vessels │ │ Application of differential pressure level gauge of balance vessel in oil refining unit │ │ Process design of oil refining equipment process design data vessel and liquid-liquid mixer │ │ Finite element analysis and experimental test of S-type head of drying cylinder │ │ Stress analysis of thick-walled cylinder under coupling of thermal shock and internal pressure │ │ Brief analysis of thermal deaerator │ │ Manufacturing and inspection of hot wall hydrogenation reactor │ │ Design features and risk assessment of hot-wall hydrogenation reactors │ │ Finite element analysis and optimization of heat-sheathed ultra-high pressure vessel cylinders │ │ Accurate blanking of simplified welded pressure vessels │ │ Online updates of coke drum heads and straight cylinders │ │ Coke drum spherical head overturning process │ │ Experimental research on explosion vessels withstanding internal loading │ │ Experimental research and numerical simulation of deformation of explosion container flange │ │ Finite element calculation analysis of explosion container flange structure │ │ Engineering design method and application of explosion container │ │ Application of explosion stress relief technology in pressure vessel manufacturing │ │ Release characteristics of bursting disc and safety valve in series combination │ │ Discussion on the applicability of bursting disc and fusible plug combined relief device on gas cylinders │ │ A brief discussion on the application of series combination of bursting discs and safety valves │ │ Application of bursting discs in chlorine systems │ │ Performance and characteristics of commonly used materials for bursting discs │ │ Development and application of bursting disc fatigue experimental equipment │ │ Installation design of bursting discs 6 │ │ Correct selection and rational use of bursting discs │ │ Structural types and selection characteristics of bursting discs (2) │ │ Structural types and selection characteristics of bursting discs │ │ Applicable scope and calculation examples of bursting discs │ │ Comparative analysis of domestic and foreign standards for bursting disc devices │ │ Calculation of the discharge capacity of bursting disc devices - analysis and discussion of foreign standards │ │ Guide to selection of bursting discs 6 │ │ Bursting disc selection guide.doc │ │ Bursting disc selection guide │ │ Determination of the pressure test pressure of pressure vessels under special conditions │ │ Research on the manufacturing process of special heads │ │ Application of sacrificial anode technology in small pressure vessels │ │ Loop reactor material leg assembly quality control │ │ Finite element analysis and tolerance discussion of annular seam staggered edge vessels │ │ Acoustic emission sources for on-site pressure vessel inspection │ │ Analysis of joints of glass fiber wound pressure vessels │ │ Strain analysis of elliptical head of fiberglass vessels │ │ Research on fiberglass sound-transparent pressure vessels │ │ Design and calculation of spherical crown-shaped intermediate head │ │ Discussion of spherical crown-shaped head as the middle head of pressure vessels │ │ Comparison of domestic and foreign regulations and standards for ductile iron pressure vessels │ │ Finite element analysis of the connection structure between the spherical shell and the nozzle │ │ Stress analysis of the spherical shell vessel under different boundary loads │ │ Fracture toughness and minimum service temperature of the steel for spherical pressure vessels │ │ Numerical tracking and analysis of the local heating process of the spherical vessel │ │ Distribution rules and parameters of the static strength of the spherical vessel │ │ Stress analysis of the transition section connecting the spherical head and the cylinder │ │ Stress analysis of the transition structure connecting the spherical head and the cylinder │ │ Review of the calculation method of external pressure instability of the spherical head │ │ Optimization plan for the overturning construction of the spherical head │ │ Strength analysis of the dynamic response of the spherical explosion container │ │ Discussion of several issues in stress analysis using CAESAR │ │ Classification of pressure vessels using Excel programming │ │ A small sample method for determining the fatigue crack growth rate of pressure vessel steel using a two-dimensional one-sided tolerance coefficient formula │ │ A new type of quick-opening door for the receiving and receiving ball of a pig │ │ Calculating the stable load of a pressure vessel using a graphical method │ │ Comparison between designing chemical pressure vessels using the stress analysis design method and conventional design methods │ │ Low-temperature liquid oxygen vessel with interlayer pipe connected by bellows │ │ Process design of methanol synthesis reactor and separator │ │ Manufacturing process of methanol synthesis reactor │ │ Application of electromagnetic induction heating in the manufacturing of large petrochemical vessels │ │ Analysis of common defects in power station pressure vessels │ │ Failure modes and defensive measures of pressure vessels and pipelines in power stations and chemical plants │ │ Design of multi-stage depressurization device for hydrophobic expansion vessel │ │ Manufacturing and quality control of PX oxidation reactor for million-ton PTA unit │ │ Application of direct method in analysis and design of hydrocracking reactor │ │ Probability distribution of fracture toughness values of steel for reactor pressure vessels statistically analyzed directly from the measured data of KIC/KIa~ (T-RTNDT) │ │ Wind load calculation when vertical equipment is located above the basic wind pressure measuring point 3 │ │ Calculation of plate lifting lugs strength of vertical equipment │ │ Analysis and treatment of economizer expansion joint leakage causes │ │ Key points and common problems in supervision and inspection of vacuum insulated cryogenic pressure vessels │ │ Analytical calculation of stress and deflection calculation coefficients in rectangular vessel design │ │ The influence of the wall plate aspect ratio of rectangular atmospheric pressure vessels on stress distribution and wall plate reinforcement │ │ Experimental research and stress analysis of rectangular cross-section vessels │ │ Demand and development trend of steel plates for pressure vessels in the petrochemical industry │ │ Hidden dangers and management of small nozzles in pressure vessels and pressure pipelines of petrochemical plants │ │ Collection of papers on petrochemical equipment technology and management │ │ Large-scale petrochemical equipment - opportunities and challenges in the pressure vessel industry │ │ Petroleum engineering construction vertical storage tank ladder manufacturing method Keiichi │ │ Attempts to determine the strength of pressure vessels by hardness method │ │ Application of hardness measurement in container inspection │ │ Principles for determining the safety factor of pressure vessels │ │ Reliability theory for determining the test pressure of steel pressure vessels │ │ Research on the edge stress at the connection between the dished head and the cylinder 4 │ │ Research on the elastoplastic buckling and post-buckling behavior of the dished head pressure vessel under the action of internal pressure │ │ Buckling analysis of the dished head under the action of external pressure │ │ Optimal design of the shape of the dished head │ │ Full winding process design of carbon fiber-epoxy resin on the rubber lining surface │ │ Engineering technical conditions for manufacturing and acceptance of pressure vessels made of carbon steel composite steel plates │ │ Stress corrosion analysis of carbon steel vessels 2 │ │ Research on sloshing of liquid in mobile vessels and its influencing factors │ │ Periodic inspection of pressure vessels in use for air separation equipment │ │ Analysis of selection and design of vertical shaft single rope lifting vessels │ │ Analysis of head impact stability on the shell of vertical low-temperature insulated gas cylinders │ │ Calculation of leg supports for vertical pressure vessels │ │ Influence of thermal expansion of vertical vessels on vertical ladders │ │ Design and application of non-standard lug supports for vertical vessels │ │ Numerical simulation of three-dimensional flow field of vertical circulating impinging flow reactor │ │ First, 100 examples of problems in the design unit of Class II pressure vessels 8 │ │ First, 100 examples of problems in the design unit of Class II pressure vessels │ │ Risk assessment report for the hydrogenation main reactor of the third type of pressure vessel │ │ Chapter 15 Supervision, management and periodic inspection of pressure vessels │ │ Selected papers of the 4th International Pressure Vessel Technology Conference │ │ Discussion on the properties of bending stress near the opening on the cylinder │ │ Finite element analysis and strength assessment of the tangential rectangular opening structure of the cylinder │ │ Optimal design and key points to note at the end of the cylinder │ │ Discussion on the reinforcement calculation of the opening of the axial beveled pipe of the cylinder │ │ Finite element stress analysis of the tapered pipe of the cylinder │ │ Discussion of the bending stress properties near the opening in simplified form │ │ Simple judgment of whether the opening of the pressure vessel needs reinforcement │ │ Brief description of the analysis and design of the pressure vessel │ │ Brief description of the establishment and implementation key points of the quality control system for pressure vessel materials and parts │ │ Experimental study on acoustic emission monitoring of pipe leakage in tubular jacketed vessels │ │ Numerical analysis of factors affecting gas explosions in pipeline vessel communication systems │ │ Correct assessment of stresses on vessels caused by additional loads on pipelines - six important issues in stress analysis and design of pressure vessels (3) │ │ Network analysis of the head section of fiber-wound pressure vessels │ │ Structural analysis of fiber-wound cylindrical pressure vessels │ │ Application of basic principles of filament winding │ │ Research progress in health monitoring of fiber wound composite pressure vessels │ │ Progressive damage analysis of fiber wound composite pressure vessels │ │ Key points of technical conditions of pure steel equipment │ │ Numerical simulation of impact load and dynamic response of combined explosion vessels │ │ Analysis of vibration characteristics and damage modes of combined explosion vessels │ │ Analysis of design of cylindrical shell opening nozzle structure under combined loads │ │ Stability analysis of the disc-shaped head under combined loads│ │ Optimal design of wire-wound ultra-high pressure vessel molding│ │ Calculation and strength research of wire-wound thick-walled cylinders│ │ Periodic inspection of insulated low-temperature pressure vessels│ │ Effect of 2 mm deep elliptical damage on the surface of the winding layer on the stress of CNG-II composite gas cylinders│ │ The influence of surface defects of the winding layer on the burst pressure of CNG-2 composite gas cylinders │ │ Optimal design of composite materials for wound structure pressure vessels │ │ Comparison of the American ASME code and Chinese pressure vessel standards │ │ Interpretation of American horizontal single-stage pumps and vertical pipeline pump standards for chemical industry │ │ Analysis and comparison of fatigue design methods for ultra-high pressure vessels in the United States and Japan │ │ American boiler and pressure vessel design guidelines │ │ Comparison between US, Japan and UK pressure vessel standards and domestic (Taiwan) │ │ Optimized design of the connection structure between the inner container and outer shell of intermodal liquefied natural gas (LNG) tanks │ │ Research on the attenuation rules of outer wall stress and internal residual stress of polyethylene self-reinforced ultra-high pressure reactor under alternating load conditions │ │ Assembly of polymerization reactor inner cooling pipe group and shell │ │ Polymerization reactor inner cooling pipe group horizontal installation technology │ │ Structural design of polytetrafluoroethylene-lined packed tower vessel │ │ Elastic response of spherical explosion vessel under pulse load │ │ Manufacturing process design of dechlorination reactor │ │ Manufacturing technology of desulfurization reactor │ │ Design of desulfurization reactor │ │ Advances in expansion joint design, manufacturing and application technology Proceedings of the 12th National Academic Conference on Expansion Joints 2012 │ │ Fatigue assessment of self-tightening manhole structure │ │ Application of flux-cored CO2 gas shielded welding on pressure vessels │ │ Comparative analysis of stress of diamond-shaped and circular wire-wound ultra-high-pressure vessels │ │ Engineering method for calculation of autoclave strength │ │ Principle and application of steam regenerator 12 │ │ Research on characteristics of new working fluid hydrogenation reactor using anthraquinone method │ │ Research on the elastic-plastic buckling behavior of thin-walled pressure vessels under the action of internal pressure│ │ Research on the elastic-plastic buckling behavior of thin-walled pressure vessels under the action of internal pressure_Zhang Tong │ │ Reliability analysis of thin-walled pressure vessels │ │ Graphical algorithm and analytical formula method for the design of thin-walled external pressure vessels │ │ Issues that should be paid attention to in the hydraulic test of thin-walled large-diameter pressure vessels │ │ Structural design of die-casting molds for thin-walled vessels │ │ Design of new reinforcing structures for large openings of thin-walled vessels │ │ New reinforcement structure for large openings in thin-walled vessels │ │ Research on the accuracy of calculation formulas for burst pressure of thin-walled spherical vessels │ │ Finite element analysis of large openings for thin-walled fatigue vessels │ │ Application and research of thin tube sheet technology in hydrogenation reactors │ │ Application of diffraction time-difference ultrasonic testing in pressure vessels │ │ Application of diffraction transit time ultrasonic testing technology in hydrogenation reactor inspection │ │ Finite element analysis of the contact characteristics between the reinforcing ring and the shell │ │ Contact behavior between the reinforcing ring and the container shell │ │ Analysis of the impact of the reinforcing structure on the load-bearing capacity of the large opening shell │ │ The impact of the loading coefficient on the horizontal vessel anchor bolts and the setting of the reinforcing ring │ │ The influence of fillet welds on the fatigue strength of pressure vessels﹢——Six important issues in the stress analysis and design of pressure vessels (V) │ │ Application of computer-aided systems in pressure vessel blasting experiments │ │ Discussion on opening reinforcement of high-pressure vessels │ │ On energy saving and consumption reduction in boiler and pressure vessel manufacturing │ │ Design of multi-layer high-pressure vessel skirt support structure with reinforced hoops │ │ Manufacturing of Fischer-Tropsch synthesis reactor head │ │ Fischer-Tropsch synthesis reactor barrel molding technology │ │ Supercritical CO_2 Research on optimization of flow distribution of micro-channel parallel flow air cooler │ │ New high-pressure quick-opening self-tightening sealing structure of supercritical extraction device │ │ Development and production of over-pressure low-temperature insulated liquid oxygen container │ │ Development of over-pressure relief design program │ │ Oversized flat head forming method │ │ Stress analysis and design of over-standard horizontal vessels │ │ Numerical study of particle trajectories in ultra-short contact cyclone reactor │ │ Multi-support design and calculation of ultra-long horizontal vessels 4 │ │ Multi-support design and calculation of ultra-long horizontal vessels │ │ Maximum test pressure of ultra-high pressure cylinders │ │ Ultimate strength of ultra-high pressure vessels and pipelines │ │ Calculation formula of burst pressure of ultra-high pressure vessels and its engineering application │ │ Research progress on fatigue strength of ultra-high pressure vessels_two_ │ │ Design of fracture failure criteria for ultra-high pressure vessels │ │ Fatigue strength analysis of ultra-high pressure vessels │ │ Latest progress in specifications and standards for ultra-high pressure vessels │ │ Finite element analysis and research on ultra-high pressure seals │ │ Theoretical calculation and analysis of the initial resonance frequency of ultra-high pressure gas cylinders │ │ Optimal design of the bottom structure of ultra-high pressure crystal kettles │ │ Numerical simulation of the structural stress field at the end of ultra-high-pressure tubular reactor│ │ Description and application of damage variables of ultra-high-pressure self-reinforced tubular reactor│ │ Case analysis of early pressure relief of vehicle gas cylinder rupture discs│ │ Development trend of vehicle high-pressure fuel gas cylinder technology and challenges faced by China│ │ Design calculation of buried horizontal container under driveway│ │ Design and manufacturing of flexible thin tube sheets for reformer steam generators │ │ CFD simulation of the middle tube sheet in the reformer convection chamber │ │ Calculation of the external pressure of two intersecting cylindrical thin shells with parallel axes │ │ Lightweight - the development direction of pressure vessels │ │ Calculation and analysis of the thickness of internal pressure cone shells with smaller half-apex angles │ │ Design and application of horizontal vessels for gas pipelines │ │ Use ASME specifications to manufacture pressure-bearing equipment that meets PED requirements │ │ Calculation method of using triangular cross-sections for opening reinforcement │ │ Design and manufacturing of modern pressure vessels │ │ Measures for the supervision and management of import and export boilers and pressure vessels Laorenguo No. 4 │ │ Discussion on relevant issues related to inspection of pressure vessels in imported second-hand complete sets of chemical plants before reinstallation │ │ Analysis of key points for supervision and inspection of imported pressure vessels │ │ Analysis of causes of surface cracks in imported spinning heads │ │ Manufacturing of intermediate disc-shaped heads for continuous reforming reactors │ │ Repair of internal parts of continuous reforming four-in-one reactors │ │ Software for non-standard high-pressure threaded flanges sealed by lens gaskets │ │ Quickly solve the opening template where the nozzle and the head intersect in any direction │ │ Comparison of local stress calculation methods for pressure vessel nozzles using ANSYS │ │ Precautions for designing header end covers using ASME specifications │ │ Research on pressure vessel flange simulation design methods using SolidWorks │ │ Using the finite element method to calculate the self-tightening pressure of CNG2 gas cylinders │ │ Application of metal moldless explosion processing technology in the field of cryogenic pressure vessel manufacturing │ │ Application of metal high-energy processing technology in the field of cryogenic pressure vessel manufacturing │ │ Stress and reliability analysis of partially jacketed horizontal vessels │ │ Application and development trend of vanadium-modified steel in pressure vessels │ │ Titanium-steel composite plate pressure vessel modification process │ │ Helium leakage test of titanium pressure vessels │ │ Considerations of related issues in the design of titanium pressure vessels │ │ Two issues regarding standards in the design of titanium vessels │ │ Delaminated repair technology near T-joints in titanium composite plate vessel manufacturing │ │ Titanium steel composite plates and their applications in pressure vessels │ │ The impact of high-temperature pressing of titanium steel composite plate heads on titanium cladding properties │ │ Probability distribution of bursting strength of single-layer thick-walled steel cylinders │ │ Comparison between the analysis and design of steel pressure vessels and their pipe stress analysis │ │ Basics of analysis and design of steel pressure vessels (1) │ │ Basics of analysis and design of steel pressure vessels (3) │ │ Basics of analysis and design of steel pressure vessels (2) │ │ Basics of analysis and design of steel pressure vessels │ │ Basics of analysis and design of steel pressure vessels (1) │ │ Discussion on the Calculation Method of the Radius of the Opening Expansion Circle of Steel Pressure Vessels│ │ Several Issues in Material Selection of Steel Pressure Vessels│ │ Summary of Head Standards for Steel Pressure Vessels│ │ Welded Joint Coefficients in the Design of Steel Pressure Vessels│ │ Support Design of Steel Vessels Wu Xiaomei Cheng Gang Xu Yun Song Tianbao Page 7│ │ Support Design of Steel Vessels 4 │ │ Manufacturing and application of seamless steel pressure vessels │ │ Analysis of cracking failure causes of steel rectangular vessel stiffeners │ │ Calculation of combined cross-sectional characteristics of steel rectangular silo stiffeners │ │ Initial reliability design of fuzzy static strength of steel thin-walled internal pressure vessels │ │ Reliability of fuzzy static strength of steel thin-walled internal pressure vessels │ │ Allowable reliability of static strength of steel thin-walled internal pressure spherical vessels │ │ Reliability stability coefficient of steel thin-walled external pressure cylinders │ │ Natural frequency of reinforced concrete annular liquid storage container │ │ Manufacturing process of whole plate head of railway tank car │ │ Research on lightweight copper pressure vessels │ │ Several issues in the design and manufacture of chromium-molybdenum steel pressure vessels │ │ Engineering technical conditions for manufacturing and acceptance of chromium-molybdenum steel composite steel plate pressure vessels │ │ Application of hinged expansion joints in engineering │ │ Research on strength design of cast iron pressure vessels │ │ Finite element analysis of cast iron dryer pressure vessels and acoustic emission monitoring of hydraulic tests │ │ Design and structural characteristics of lock-ring quick-opening blind plates │ │ Comparison of cylinder and head standards for boilers and pressure vessels │ │ Boiler and pressure vessel usage registration and management methods and its annexes - National Quality Inspection Boiler No. 207 │ │ Discussion on commonly used back protection methods in boiler and pressure vessel manufacturing │ │ Boiler and pressure vessel manufacturing licensing work procedures │ │ Establishment of boiler and pressure vessel manufacturing quality system │ │ Control of main pressure component materials in the boiler and pressure vessel manufacturing process │ │ Qualification Assessment Rules for Boiler, Pressure Vessel, Pressure Pipe and Special Equipment Inspection Personnel (Quality and Technical Supervision Bureau No. 222) │ │ Crack problems in boiler, pressure vessel and pressure piping inspection │ │ Management of pressure component materials of boiler pressure vessels │ │ Structural design of zirconium-steel composite plate pressure vessels │ │ Research on manufacturing technology of zirconium-steel composite plate pressure vessels │ │ Stress analysis of loose lining structure of zirconium pressure vessels │ │ Structural analysis of loop flange joints of zirconium pressure vessels │ │ Calculation of effective moment of inertia when checking the stability of external pressure at the end of the conical shell │ │ Design and precautions for nickel rising film heaters │ │ Manufacturing of nickel steel composite plate pressure vessels │ │ Manufacturing of nickel steel composite plate heads │ │ Design and development of shot blasting machine in long gas cylinder │ │ Design and development of bursting disc device for long tube trailer gas cylinder │ │ Long-distance pipeline project gas transmission station: Setting up of pigging device │ │ Structural design to prevent brittle damage of pressure vessels │ │ Measures to prevent fatigue damage of high-pressure vessels │ │ Selection of design parameters in deaerator external pressure check calculation │ │ Calculation of opening reinforcement of header head of header type high-pressure heater │ │ Design of non-standard semi-circular pipe jacketed vessel │ │ Stress analysis and numerical calculation of non-standard oblong cross-section vessels │ │ Finite element analysis of non-equidistant multi-saddle horizontal pressure vessels │ │ Application of nonlinear finite element method in the analysis and design of pressure vessels │ │ Discussion on design issues of non-skirt supported vertical vessels │ │ Determination of ratchet boundary of internal pressure cylinder mitered tube structure under the action of in-plane cyclic bending moment │ │ Stress analysis of the inner wall of surface desuperheater cylinder and discussion on the causes of cracks │ │ The influence of the connection method between the saddle and the horizontal vessel cylinder on the cylinder stress │ │ Research on the influence of the saddle position on the stress distribution of the two-support horizontal vessel │ │ Research on the influence of the saddle wrap angle and width on the stress distribution of the double-support horizontal vessel cylinder │ │ Research on the influence of saddle wrap angle and width on the stress distribution of simplified double-support horizontal vessels │ │ The influence of saddle parameters on the load-bearing capacity of double-saddle horizontal vessels │ │ Analysis of the influence of saddle arrangement on the simplified stress of horizontal vessels │ │ Finite element analysis of saddle thermal stress │ │ Marking of the shape and dimensions of the saddle support web and calculation of the height of the diagonal ribs │ │ Difficulties in the manufacture of prehydrogenation reactors and their treatment measures │ │ Analysis and treatment of causes of increased pressure drop in prehydrogenation reactors │ │ Manufacturing and inspection of prehydrogenation reactors │ │ Design of prestressed high-pressure vessels │ │ Design of high H2S, high CO2, high Cl-natural gas pressure vessels │ │ Several acoustic wave transmission methods in acoustic emission detection of high and low temperature vessels │ │ 1-1-4Cr-1-2Mo steel thick-walled pressure vessels under high-pressure hydrogen working conditions or below 825℉ (441℃) │ │ Aerospace applications of high-pressure cryogenic vessels │ │ Structural strength analysis of high-pressure hydrogenation reactors │ │ Analysis of the oblique opening strength and ultimate load calculation of high-pressure thick-walled vessels │ │ Installation of high-pressure reactor heads │ │ Key points in the design and manufacture of high-pressure reactors (2) │ │ Key points in the design and manufacture of high-pressure reactors │ │ Comparison of three hole reinforcement methods for high-pressure vessels │ │ Optimal design of high-pressure vessel shells │ │ Development of multi-layer wrapped cylinders for high-pressure vessels │ │ Strength calculation of high-pressure vessel nozzle flanges │ │ Research on the Joule-Thomson effect that occurs in leakage of high-pressure vessels │ │ Stress analysis and design of spherical heads of high-pressure vessels │ │ Optimal design of the connection area between spherical heads and cylinders of high-pressure vessels │ │ Production status and development of seamless steel pipes for high-pressure vessels │ │ Structural characteristics and design and manufacturing considerations of high-pressure vessels │ │ Reliability analysis of the connection area between the cylinder and head of high-pressure vessels │ │ Finite element analysis and optimization of the connection between high-pressure vessel barrel and head │ │ Research on self-reinforcement of high-pressure vessels │ │ Several issues that should be paid attention to in the design and manufacture of high-pressure vessels │ │ Several problems and solutions in high-pressure vessel design │ │ Common problems and solutions in high-pressure vessel design │ │ Research on 34 CrMo4-H high-strength steel for high-pressure gas cylinders │ │ Optimal design of high-pressure tubular reactor jacket inlet guide plate │ │ Engineering design of integral take-over flange for high-pressure equipment │ │ Problems and improvement measures for sand flushing of pressure vessels in high-sulfur gas fields │ │ Determination of technical requirements for manufacturing vessels for negative pressure operation of highly toxic media │ │ Trial production of high-efficiency hydrogenation reactor fluid distribution plates │ │ Analysis of high-temperature creep failure of high-temperature pressure vessels_Gao Jianzhong │ │ Design of high-temperature reaction vessels │ │ Analysis of thermoelastoplastic creep of pressure vessels under high temperature conditions │ │ Design and research on heating and cooling methods of high-temperature and ultra-high-pressure vessels │ │ Research on pre-tightening stress of connecting studs in the head sealing structure of high-temperature and high-pressure vessels │ │ Design and manufacturing of high-temperature and high-pressure fatigue energy storage vessels │ │ Experimental study on the pressure rise law of high vacuum multi-layer insulated cryogenic vessels after complete vacuum loss │ │ Finite element analysis of Y-shaped rubber sealing ring of toothed pressure vessels │ │ Development and application of parametric system for toothed quick-opening pressure vessels │ │ Engineering estimate and finite element calculation of toothed quick-opening device │ │ Design calculation of toothed quick-opening flange │ │ Stress analysis of gear mesh quick door structure │ │ │ └─Chinese Science and Technology Core Journal "Pressure Vessel" 2008 Fourth Issue │ Pressure Vessel 2008.6 │ Pressure Vessel 2008.8 │ └─24.0 Vessel Design Courseware │ (Preferred) Pressure Vessel Training Courseware PPT 207 │ (Preferred) Pressure Vessel Components PPT 77 │ 14. Internal pressure vessel design PPT Page 47 │ 2 Pressure vessel stress analysis 46.ppt │ 2.5 Stability analysis of vessel shell-stress analysis of external pressure vessel 23.ppt │ 2. Pressure vessel stress analysis PPT 46 │ 3. Pressure vessel materials, the impact of environment and time on their material properties PPT 36 │ 3. Pressure vessel materials, and the impact of environment and time on their material properties 44.ppt │ 4.3 General design_Cylindrical head design PPT 43 │ 4.3.4 Sealing device design_Opening reinforcement design PPT 52 │ 5.4 Design analysis of external pressure spherical shell and spherical head PPT 16 │ 6.1 Overview of modern chemical vessel design technology progress II. Development of pressure vessel design criteria PPT 13.pptx │ 6.1 Overview of the progress of modern chemical vessel design technology—III. Main progress of pressure vessel design specifications PPT 22.pptx │ 6.2 Stress analysis and design of pressure vessels PPT 19.pptx │ 6.2.2 Elemental analysis of pressure vessel materials 26.ppt │ 6. Pressure vessel inspection and testing technology 27.ppt │ 8. Pressure vessel design PPT 90 │ ASME PTC 4 Boiler Performance Test Procedure Practical Application │ ASME PTC4 Uncertainty Analysis-Qi Guoli │ ASME Ⅷ-2 (2007) Introduction Training Materials (Ding Boming, June 2010) │ Comparison between ASME and GB150 ppt 229 │ ASME Pressure Vessel Quality Control System 21.ppt │ ASME Pressure Vessel Quality Control System.ppt │ ASME Training Tutorial ASME Volume VIII-I Pressure Vessels ppt 162 │ ASME Training Tutorial ASME Code Volume VIII-1 - Pressure Vessels 163.ppt │ ASME Training Tutorial ASME Code Volume VIII-1 - Pressure Vessel.ppt │ ASME Training Tutorial - ASME Code Volume VIII-1 Pressure Vessel.ppt │ Introduction to ASME Code and Certification.ppt │ Training for Class D Pressure Vessel Design Approval Personnel (1) 104.ppt │ Class D pressure vessel design PPT 69 │ GB150 steel pressure vessel 88.ppt │ GB150 steel pressure vessel 95.ppt │ GB150 Steel Pressure Vessels, Safety Technical Supervision Regulations for Pressure Vessels, PPT 160 │ GB150 Steel Pressure Vessels "Safety Technical Supervision Regulations for Pressure Vessels" PPT 160 │ NBT 47036-2013 Small pressure vessels for refrigeration units.ppt │ TSG 21-2016 Safety Technical Supervision Regulations for Fixed Pressure Vessels (Large Capacity Regulation) Training Seminar Sharing 111.pptx │ TSG R7004-2013 "Pressure Vessel Supervision and Inspection Rules" Supervisory Inspection Regulations and Standards Promulgation and Implementation 148.ppt │ "Mechanical Fundamentals of Chemical Equipment" (2nd Edition) "Internal Pressure" 83.ppt │ "Mechanical Fundamentals of Chemical Equipment" (2nd Edition) "Flanges and Supports" 67.ppt │ "Mechanical Fundamentals of Chemical Equipment" (2nd Edition) "Chapter 11 Stability Calculation of External Pressure Vessels" 55.ppt │ "Chemical Equipment Mechanical Fundamentals" (2nd Edition) Courseware "Internal Pressure" ppt compiled by Dong Daqin 83.ppt │ "Mechanical Basics of Chemical Equipment" (2nd Edition) Courseware "Tower Equipment" ppt compiled by Dong Daqin 61.ppt │ "Mechanical Basics of Chemical Equipment" (2nd Edition) Courseware "External Pressure" ppt compiled by Dong Daqin 55.ppt │ "Mechanical Basics of Chemical Equipment" (2nd Edition) Courseware "Heat Exchanger" ppt compiled by Dong Daqin 57.ppt │ "Mechanical Fundamentals of Chemical Equipment" (2nd Edition) Courseware "Flange and Bearing" ppt compiled by Dong Daqin 67.ppt │ "Mechanical Fundamentals of Chemical Equipment" (2nd Edition) Courseware "Thin Film Theory" ppt compiled by Dong Daqin 54.ppt │ "Mechanical Fundamentals of Chemical Equipment" and "Thin Film Theory" 54.ppt │ 1. Container manufacturing process and general requirements 24.ppt │ 3. Manufacturing of special containers PPT 34 │ Shanghai Pressure Vessel Designer Training Course Design Training Course 122.ppt │ Rule design of medium and low pressure vessels 91.ppt │ Pressure vessel technology progress in China 73.ppt │ China Pressure Vessel Technology Progress PPT 72 │ China Pressure Vessel Standard System and Its Progress 2021 Edition 74.ppt │ Comparison of Chinese and foreign regulations and standards for pressure vessels - risk assessment, defect assessment part.ppt │ Comparison of Chinese and foreign regulations and standards for pressure vessels - periodic inspection part.ppt │ Comparison of Chinese and foreign regulations and standards for pressure vessels - periodic inspection part.ppt │ Comparison of Chinese and foreign regulations and standards - Canadian part.ppt │ Types of manholes (HGT21514 Types and technical conditions of steel manholes and hand holes) 8.pptx │ Cryogenic pressure vessel 52.ppt │ In-service inspection of cryogenic pressure vessels and piping systems 58.ppt │ In-service inspection of cryogenic pressure vessels and piping systems 61.ppt │ Analysis of the Lecture Notes and Capacity Regulations by Teacher Shou Binan of the National Pressure Vessel Committee 65.ppt │ Introduction to the application of the "Content Regulation" and GB150 in the National Pressure Vessel Design Approval Personnel Training and Assessment Class 8.ppt │ National Pressure Vessel Design Approval Officer Training and Assessment Class Internal and External Pressure Vessels - Design of Pressure Components 54.ppt │ National Pressure Vessel Design Approval Officer Training and Assessment Class Pressure Vessel Materials 83.PPT │ National Pressure Vessel Design Approval Officer Training and Assessment Class Steel Pressure Vessel Manufacturing, Inspection and Acceptance 37.ppt │ National Pressure Pipeline Design Approval Personnel Training Material 3.1.2 What are the principles for selecting oil and gas pipeline projects? GA-3 6.ppt │ National Training Material for Pressure Pipeline Design Approvers 3.4.7 What are the general requirements for laying pipelines that cross rivers? GA-7 10.ppt │ National Training Material for Pressure Pipeline Design Approvers 3.5.3 What are the regulations regarding safe venting of gas pipelines and the setting of pressure limits for safety valves? GA-9 11.ppt │ National Training Material for Pressure Pipeline Design Approvers 3.5.4 What requirements should be met for the calculation of the diameter of safety valve discharge pipes? GA-8 10.ppt │ National Training Material for Pressure Pipeline Design Approvers 3.6.3 What are the regulations regarding the cleaning of gas pipelines? GA-10 11.ppt │ National Training Material for Pressure Pipeline Design Approval Personnel 3.16 What are the requirements for the design of the anti-corrosion and insulation layer on the outer wall of pipelines? GA-4 11.ppt │ National Training Materials for Pressure Pipeline Design Approvers 3.2.4 What are the requirements for pipeline installation in rock and gravel areas? GA-5 12.ppt │ National Training Material for Pressure Pipeline Design Approvers 3.4.1 What are the requirements for laying oil and gas pipelines across man-made or natural obstacles? GA-6 11.ppt │ 6. Support and inspection hole PPT 71.ppt │ 6. Supports and inspection holes 71.ppt │ 6. Supports and inspection holes 72.ppt │ Problems and inspections related to hydrocracking unit equipment and similar equipment 63.ppt │ Typical pressure vessel damage pattern identification PPT 97 │ Design of internal pressure vessel head PPT 24 │ Design of internal pressure vessel head PPT.ppt │ Design of thin-walled vessels with internal pressure PPT 49 │ Design calculation of thin-walled vessels with internal pressure 25.ppt │ Internal and external pressure vessels - design of pressure components 54.ppt │ Internal and external pressure vessels - design of pressure components 61.ppt │ Introduction to Hydrogenation Reactor and Catalytic Cracking Reactor 71.ppt │ In-service inspection of hydrocracking unit vessels and pipelines 2019 63 pages.ppt │ Reconstruction of cryogenic vessels of hydrogenation units * Introduction to reference questions PPT 24 │ Packaging container design 22.ppt │ packaging container design 37.ppt │ Packaging container shape design 34.ppt │ Packaging container shape design (1) 78.ppt │ Chemical Containers and Equipment Unit 9 Reaction Equipment PPT 179 │ High Temperature Creep of Chemical Containers and Chemical Low Temperature Pressure Vessels PPT 47 │ Fundamentals of Chemical Machinery (Third Edition) Chapter 11 Design of Vessel Components 75.ppt │ Chemical Machinery Chapter 5 Pressure Vessel Complete Solution.ppt │ Chemical Machinery and Equipment Basics Chapter 7 Film Stress, Bending Stress and Secondary Stress of Pressure Vessels 23.ppt │ Fundamentals of Chemical Machinery and Equipment Chapter 9 Flange Connection 41.ppt │ Fundamentals of Chemical Machinery and Equipment Chapter 8 Internal Pressure Vessels 24.ppt │ Basics of Chemical Machinery and Equipment Chapter 6 Common Materials for Pressure Vessels and Chemical Equipment 43.ppt │ Fundamentals of Chemical Machinery and Equipment Chapter 11 Container Supports 13.ppt │ Chapter 10 Basics of Chemical Machinery and Equipment: Manholes, Handholes, Sight Glasses and Liquid Level Gauges 11.ppt │ Chemical Equipment Chapter 5 Thick Wall Containers 28.ppt │ Chemical Equipment Chapter 3 Design and Calculation of Internal Pressure Thin-Walled Vessels 31.ppt │ Fundamentals of Chemical Equipment Chapter 10 Design of Internal Pressure Vessel Head PPT 29 │ Mechanical Fundamentals of Chemical Equipment - Flange and Bearing PPT Page 66 │ Mechanical Fundamentals of Chemical Equipment 37.ppt │ Chemical equipment machinery basic cylinder 51.ppt │ Chemical Equipment Courseware--Design of Medium and Low Pressure Vessels 62.ppt │ General parts for chemical equipment 33.ppt │ Basic knowledge of chemical static equipment PPT 109.pptx │ horizontal container 14.ppt │ Horizontal vessel stress check.ppt │ Pressure vessel - high pressure vessel design.ppt │ Pressure vessel and gas cylinder PPT 60 │ Pressure vessel professional knowledge 81.ppt │ Introduction to special steel plate standards for pressure vessels 28.ppt │ Introduction to special steel plate standards for pressure vessels Qin Xiaozhong (201101) 38.ppt │ Pressure vessel manufacturing PPT 56.ppt │ Pressure vessel manufacturing.ppt │ Lecture on basic knowledge of pressure vessels and pressure piping 44.ppt │ Publicity and Implementation Outline of Design Permit Rules for Pressure Vessels and Pressure Piping 108.ppt │ Elastic-plastic stress analysis of thick-walled cylinders of pressure vessels PPT 134 │ Force characteristics and engineering design of pressure vessels PPT 85 │ Pressure vessel training 2011 page 37.ppt │ Pressure vessel training 37.ppt │ Pressure vessel training handout PPT 196 │ Pressure vessel training handout PPT 257 │ Basic knowledge of pressure vessels 116.ppt │ Basic knowledge of pressure vessels 26.ppt │ Basic knowledge of pressure vessels PPT 147 │ Basic knowledge of pressure vessels (new employee training) 116.ppt │ Pressure vessel basics 77.ppt │ Basic knowledge of pressure vessels PPT 73 │ Basic knowledge of pressure vessels 184.ppt │ Pressure vessel basics 72.ppt │ Pressure vessel basics 85.ppt │ Lecture on basic knowledge of pressure vessels 54.ppt │ Pressure vessel basic knowledge lecture PPT 88 pages│ Pressure vessel failure analysis 37.ppt │ Pressure vessel safety basics PPT 125.ppt │ Pressure vessel safety basics 125.ppt │ Basic knowledge of pressure vessel safety.ppt │ Introduction to pressure vessel safety laws and regulations 48.ppt │ Pressure Vessel Auditor Training Pressure Vessel Basics PPT 114 │ Pressure Vessel Auditor Examination Training Material Tower Vessel 69.ppt │ Commonly used media for pressure vessels and their characteristics PPT 101 │ Training on common standards for pressure vessels PPT 82 │ Frequently asked questions about pressure vessels PPT 133 │ Conventional design of pressure vessels - design of external pressure heads PPT 33.ppt │ Conventional design of pressure vessels - design of external pressure head 33.ppt │ Conventional design of pressure vessels - design of external pressure head.ppt │ Pressure vessel opening and reinforcement design 37.ppt │ Pressure vessel strength, structure and stress 155.ppt │ Pressure vessel strength, structure and stress analysis 155.ppt │ Pressure vessel strength check and pit assessment 6.ppt │ Pressure vessel strength check and pit assessment 6.ppt │ Pressure vessel strength structure and stress analysis PPT 71.ppt │ Strength structure and stress analysis of pressure vessels 71.ppt │ Pressure vessel strength structure and stress analysis.ppt │ Pressure vessel strength calculation PPT 75 │ Pressure vessel operator training content 42.pptx │ Pressure vessel materials.ppt │ Pressure vessel materials and the effects of environment and time on their performance.ppt │ Pressure vessel material element analysis.ppt │ Pressure vessel ultimate load analysis 10.ppt │ Introduction to Pressure Vessel Regulations and Standards System 20.ppt │ Recent developments in steel for pressure vessels 43.ppt │ Recent developments in steel for pressure vessels 43.ppt │ Brief introduction to steel forging standards for pressure vessels PPT 27.ppt │ Basic knowledge of pressure vessels PPT 46 │ Safety accessories of pressure vessels 18.ppt │ Audit of pressure vessels PPT 84 │ Audit of pressure vessels PPT 80 │ Operation and maintenance of pressure vessels 10.ppt │ Pressure vessel design unit 13 - Pressure vessel components (supports and openings) 52.ppt │ Pressure Vessel Design Unit 13 - Pressure Vessel Components (Supports and Openings) Section 2 Vessel Supports 52.ppt │ Pressure vessel knowledge training 126.ppt │ pressure vessel structure 58.ppt │ Pressure vessel structural design PPT 108 │ Pressure vessel specifications, standards and management rules handout 54.ppt │ Pressure vessel specification standard rules handout.ppt │ Pressure vessel design PPT 166 │ Pressure vessel design 16.ppt │ Pressure vessel design 4.3.2 Cylindrical design PPT 97 │ Pressure vessel design 50.ppt │ Pressure vessel design 76.ppt │ Pressure vessel design PPT 34 │ Pressure vessel design PPT 73 pages │ Pressure vessel design analysis and design PPT 25 │ Pressure vessel design Chapter 4 External pressure vessel design 25.ppt │ Pressure vessel design (4) 57.ppt │ Pressure vessel design-flange and reinforcement.ppt │ Pressure vessel design and manufacturing 14.ppt │ Application of analysis and design in pressure vessel design 39.ppt │ Application of analysis and design in pressure vessel design 63.ppt │ Pressure vessel designer training PPT 60.ppt │ Pressure vessel designer training 60.ppt │ Pressure vessel designer training_2010.ppt │ Pressure vessel designer training course 120.pptx │ Pressure vessel designer training course lecture notes - How to implement the "Pressure Vessel Safety Technical Supervision Regulations" in the design of Class D pressure vessels 64.ppt │ Pressure vessel designer training course lecture notes - Capacity regulations 51.ppt │ Basic knowledge for pressure vessel designers 80.ppt │ Basic Knowledge Standards and Regulations for Pressure Vessel Designers - Rules and Regulations 2007 81 pages.ppt │ Review for Pressure Vessel Designers * outline 41.ppt │ Pressure vessel designer training and assessment lecture 33.ppt │ Pressure vessel design parameter selection 36.ppt │ Pressure vessel design parameter selection 35.ppt │ Pressure vessel design parameter selection PPT 35.ppt │ Pressure vessel design parameter selection 35.ppt │ Basics of pressure vessel design PPT 100 │ Basics of pressure vessel design PPT 64 │ Basics of pressure vessel design 110.ppt │ Pressure vessel design basics 69.ppt │ Basic knowledge of pressure vessel design-standards and regulations 80.ppt │ Pressure vessel design complex * Basic concepts 128.ppt │ Pressure vessel design complex * -Knowledge points and basic concepts PPT 125 │ Pressure vessel design approval personnel training PPT 61.ppt │ Pressure vessel design approval personnel training 201202-1.ppt │ Training for pressure vessel design approval personnel (1) 84.ppt │ Training for pressure vessel design approval personnel (1) 84.ppt │ Pressure vessel design approver training (1) 150.1 Pressure vessel design basics PPT 83 │ Pressure vessel design approver training (6) Pressure vessel design calculation and drawing software PPT 112 │ Pressure vessel design approver training 6 112.ppt │ Pressure vessel design approver training (1) 84.ppt │ Pressure vessel design approver training (3) 70.ppt │ Pressure vessel design reviewer training and assessment class - tower vessel.ppt │ Pressure vessel design reviewer training GB150.2 Material PPT 87 │ Pressure vessel design reviewer training - GB150.3-2011 - Pressure vessel - Part 3 - Design - Chapter 7, Appendix C -, Appendix D.ppt │ Pressure vessel design engineer training materials spherical storage tank 44.ppt │ Introduction to Common Standards for Pressure Vessel Design by Hao Shirong, page 83 201805.ppt │ Presentation on common standards for pressure vessel design PPT 81 │ Training on common standards for pressure vessel design PPT 81 │ Frequently asked questions about pressure vessel design PPT 58 │ Frequently asked questions about pressure vessel design 59.ppt │ Frequently Asked Questions about Pressure Vessel Design 60.ppt │ Summary of frequently asked questions about pressure vessel design PPT 131 │ Pressure vessel design technology PPT 278 │ Pressure vessel design technology progress - the main progress of pressure vessel design specifications.pptx │ Pressure vessel design technology progress - an overview of modern chemical vessel design technology progress.pptx │ Pressure vessel design lesson plan PPT 318 │ Pressure vessel design method and SW6 instructions for use PPT 14 │ Basic ideas for pressure vessel design 34.ppt │ Pressure vessel design management system 65.pptx │ Pressure vessel design introduction PPT 70.ppt │ Introduction to pressure vessel design 70.ppt │ Pressure vessel design quality control 116.ppt │ Pressure vessel design quality control system PPT 41.ppt │ Pressure vessel design quality control system 41.ppt │ Pressure vessel design (1) 50.ppt │ Pressure vessel design (3) 88.ppt │ Pressure Vessel Design - Chapter 3 Pressure Vessel Materials, Effects of Environment and Time on Their Performance 62.ppt │ Pressure vessel quality assurance system elements—design and process control 65.ppt │ Structure and calculation of pressure vessel components PPT 78.ppt │ Structure and calculation of pressure vessel components 78.ppt │ Structure and calculation of pressure vessel components.ppt │ Design of pressure vessel components 3 Flange design 46.ppt │ Pressure vessel parts design 1. Pressure vessel head design 36.ppt │ Pressure vessel parts design and flange design 52.ppt │ Pressure vessel component design---2 flange design 38.ppt │ 4. Sealing device design PPT 59.ppt │ 4. Sealing device design 59.ppt │ 4. Sealing device design 60.ppt │ Materials for Chapter 2 of Safety Technical Supervision Regulations for Stationary Pressure Vessels 54.ppt │ Safety Technical Supervision Regulations for Stationary Pressure Vessels 2009 │ Issues related to Safety Technical Supervision Regulations for Stationary Pressure Vessels 63.ppt │ Comparison of inspection specifications for pressure equipment at home and abroad 32.ppt │ Structural design and manufacturing of plastic packaging containers PPT 64 │ Stability analysis and design of external pressure containers PPT 35.ppt │ Stability analysis and design of external pressure vessels 36.ppt │ Deformation characteristics, geometric characteristics, and critical pressure of thin-walled cylinders under external pressure 31.ppt │ Basic knowledge of failure analysis 19.ppt │ Jacketed tank course design PPT 29 │ Container pressure test and precautions 46.ppt │ Container parts design PPT 75 pages │ Container regulations publicity and implementation - usage management 28 │ Container regulations publicity and implementation - manufacturing 155 │ Container regulations publicity and implementation - manufacturing, installation, modification and maintenance, usage management 163.ppt │ Propaganda and Implementation of Conformity Regulations - Safety Attachments 30 │ Propaganda and Implementation of Conformity Regulations - Installation, Renovation and Maintenance 19 │ Propaganda and Implementation of Conformity Regulations - Periodic Inspections, Safety Attachments, Supplementary Provisions 64.ppt │ Propaganda and Implementation of Appearance Regulations - General Principles 55 │ Propaganda and Implementation of Appearance Regulations - General Principles, Materials, Design 109.ppt │ Propaganda and Implementation of Containment Regulations - Design Chapter 69 │ Commonly used chemical equipment parts PPT 50 │ Popular knowledge of common flanges 38.ppt │ Calculation of opening reinforcement and selection of accessories PPT 48 │ Strength, structure and stress analysis PPT 54 │ Quick-end cover pressure vessel 22.ppt │ Quick opening cover pressure vessel 21.ppt │ Quick opening cover pressure vessel 22.ppt │ Quick opening cover type pressure vessel.ppt │ Basic knowledge of pressure-bearing special equipment Pressure vessels 2007 69 pages.ppt │ Design and safety of pressure-bearing equipment Zhejiang University PPT 215 │ Publicity and implementation of new capacity regulations - Chapter 2 Materials 22 │ Two basic equations of the moment-free theory 40.ppt │ Overview of the EU Pressure Vessel Standard EN 13445 Analysis and Design Standard 57.ppt │ Overview of EU Pressure Vessel Standard EN13445 Analysis and Design Standard PPT 51 │ Jiangsu Class D Pressure Vessel Designer Training Course Lecture Notes - How to implement the new volume regulations in the design of Class D pressure vessels 87.ppt │ pressure relief device 18.ppt │ Basic knowledge of flanges and gaskets.ppt │ Liquefied gas ship ship type and structure PPT 198 │ Bursting disc PPT 42 │ Bursting disc and safety valve technology PPT 144 │ Bursting disc model selection and introduction 7 │ Bursting disc safety device PPT 66 │ Setting and selection of bursting discs PPT 34 │ Bursting disc management system 9 │ Bursting disc device 4 │ Common sense of bursting disc device 1 │ Bursting disc selection guide 2 │ Use of glass plate level gauge angle valve PPT 7 │ Spherical crown head PPT 29 │ Mobile pressure vessel filling operation training courseware - professional knowledge part PPT 236 │ Chapter 1-7 Container Support PPT 45 │ Chapter 10 Pressure Vessel Components 53.ppt │ Chapter 10 Basics of Vessel Design PPT Courseware 175 │ Chapter 14 Standard Parts and Accessories of Pressure Vessels 51.ppt │ Chapter 2 Container Design and Manufacturing 23.ppt │ Chapter 2 Introduction to Chemical Container Design 19.ppt │ Chapter 2 Basic knowledge of pressure vessels 87.ppt │ Chapter 2_Basic knowledge of chemical container design 21.ppt │ Chapter 2_Basic knowledge of chemical container design.ppt │ Chapter 3 Stress Analysis of Internal Pressure Thin-Walled Vessels 40.ppt │ Chapter 3 Pressure vessel materials and the effects of environment and time on their performance PPT 62.ppt │ Section 3 Internal pressure vessel design PPT 135 │ Chapter 4 Internal pressure vessel PPT 153 │ Chapter 4 Strength design of internal pressure thin-walled cylinder and head PPT 143 Excellent product │ Chapter 4 Common parts diagram and structural selection of chemical equipment PPT 40 │ Chapter 4 Common parts diagram and structural selection of chemical equipment 70.ppt │ Chapter 4 Pressure Vessel Design PPT 340 │ Chapter 4 Pressure Vessel Design PPT 94.ppt │ Chapter 4 Pressure Vessel Design 94.ppt │ Chapter 4 Pressure Vessel Design 95.ppt │ Chapter 4 Security Requirements for Container Design 73.ppt │ Chapter 5__ Design of external pressure cylinder and head.ppt │ Chapter 6 Container Parts 115.ppt │ Chapter 1 Introduction to Pressure Vessels PPT 27 │ Chapter 7 Film Stress, Bending Stress and Secondary Stress in Pressure Vessels 88.ppt │ Chapter 7 Film Stress, Bending Stress and Secondary Stress in Pressure Vessels 89.ppt │ Chapter 7 Film Stress and Bending Stress in Pressure Vessels PPT 70 │ Chapter 7 Pressure Vessel Usage Management 25.ppt │ Chapter 7 Design and Computer-Aided Design of Pressure Vessels 59.ppt │ Chapter 7 Design and Computer-Aided Design of Pressure Vessels 60.ppt │ Chapter 3 Overall Design Issues of Pressure Vessels 109.ppt │ Chapter 3 Overall Design Issues of Pressure Vessels 81.ppt │ Chapter 3 Overall Design Issues of Pressure Vessels 39.ppt │ Chapter 3 Packaging Container Design 38.ppt │ Chapter 3 Overall Design Issues of Pressure Vessels PPT 108 │ Chapter 3 Design of External Pressure Vessels 27.ppt │ Section 3 Container openings and accessories 26.ppt │ Section 3 Container openings and accessories 26.ppt │ Section 3 Container openings and accessories 26.ppt │ Section 3 The influence of environment on the performance of steel used in pressure vessels 32 │ Lecture 3 Design of safety technical regulations for fixed pressure vessels 22.ppt │ Chapter 9 Internal pressure thin-walled cylinder and spherical shell design PPT 29.ppt │ Chapter 9 Internal Pressure Thin-Walled Cylinder and Spherical Shell Design.ppt │ Chapter 9 Common Components of Pressure Vessels PPT Page 103 │ Chapter 2 Rules Design of Medium and Low Pressure Vessels 51.ppt │ Chapter 2 Design of Medium and Low Pressure Vessels 63.ppt │ Chapter 2 Introduction to Chemical Container Design PPT 27.ppt │ Chapter 2 Basic Knowledge of Pressure Vessels 40.ppt │ Chapter 2 Basic Knowledge of Pressure Vessels 41.ppt │ Chapter 2 High Pressure Vessel 52.ppt │ Chapter 2 Design of Medium and Low Pressure Vessels 62.ppt │ Chapter 2 Design of Medium and Low Pressure Vessels 62.ppt │ Chapter 2 Chemical Vessels PPT 88 │ Chapter 2 Basic Structure of Pressure Vessels PPT 78 │ Chapter 2 Basics of Pressure Vessels Section 3 Main Components of Pressure Vessels 98.ppt │ Chapter 2 Pressure Vessel Stress Analysis PPT 33 pages│ Chapter 2 Structure and Classification of Vessels 21.ppt │ Chapter 2 Basic knowledge of container equipment 27.ppt │ Chapter 2 Basic knowledge of container equipment.ppt │ Chapter 2 Basic knowledge of container design 21.ppt │ Part 2 Chemical Container Design 51.ppt │ Part Two Pressure Vessel PPT 129 Excellent.ppt │ Part Two Pressure Vessel PPT 128 │ Part Two Pressure Vessel Chapter 9 Stability Calculation of External Pressure Vessel and Pressure Rod 40.ppt │ Section 2 Container Support 38.ppt │ Section 2 Design of Internal Pressure Thin-Walled Vessels 59.ppt │ Section 2 Pressure Vessel Components PPT 78 │ Section 2 Pressure Vessel Components 78.ppt │ Section 2 Pressure Vessel Components PPT 78 │ Section 2 Vessel Support 20.ppt │ Section 2 Pressure of Liquid (Pressure Vessel) 35.ppt │ Lecture 2 Safety Technical Supervision Regulations for Fixed Pressure Vessels Classification of Pressure Vessels 20.ppt │ Chapter 5 Safety Pressure Relief Devices for Pressure Vessels 18.ppt │ Chapter 5 Safe Operation of Pressure Vessels 65.ppt │ Chapter 5 Thick-walled Containers 37.ppt │ Chapter 5 Container Parts 26.ppt │ Chapter 5 Container (Tower) Equipment 69.ppt │ Chapter 5 Boiler and Pressure Vessel Safety Devices PPT 111 │ Chapter 5 High Pressure Vessel Design PPT 43.ppt │ Chapter 5 High Pressure Vessel Design 43.ppt │ Chapter 5 High Pressure Vessel Design 44.ppt │ Chapter 8 Internal Pressure Vessels 74.ppt │ Chapter 8 Typical Pressure Vessels 33.ppt │ Chapter 8 Internal Pressure Vessel PPT 104 │ Chapter 8 Internal Pressure Vessel Section 1 Strength Calculation of Internal Pressure Thin-Walled Cylinder and Spherical Shell 25.ppt │ Chapter 8 Basic knowledge of container design 20.ppt │ Chapter 6 Accessories of Chemical Containers 39.ppt │ Chapter 6 Common Materials for Pressure Vessels and Chemical Equipment 129.ppt │ Chapter 6 Design of Pressure Vessel Components 63.ppt │ Chapter 6 Structural Design of Plastic Packaging Containers 42.ppt │ Chapter 6 Accessories of Chemical Containers 39.ppt │ Chapter 6 Chemical Equipment Materials and Selection 38.ppt │ Chapter 6 Pressure Vessel Flange Connection 68.ppt │ Chapter 6 Container Parts 165.ppt │ Chapter 6 Design of Container Components 46.ppt │ Chapter 11 Design of container components 75.ppt │ Chapter 13 Container Support 19.ppt │ Chapter 12 Blue Connection PPT 40 pages │ Chapter 16 Design of container parts 46.ppt │ Chapter 14 Welded Structure of Containers 27.ppt │ Chapter 10 Design of Internal Pressure Vessel Head 33.ppt │ Chapter 10 Design of Internal Pressure Vessel Head 33.ppt │ Chapter 10 Design of Internal Pressure Vessel Head.ppt │ Chapter 10 Design of External Pressure Cylinder and Head.ppt │ Chapter 10 Design of Internal Pressure Vessel Head PPT 33 │ Chapter 4 Introduction to my country’s Pressure Vessel Standards 38.ppt │ Chapter 4 Pressure Vessel Design PPT 94.ppt │ Chapter 4 Pressure Vessel Components 55.ppt │ Chapter 4 Design of External Pressure Vessel 25.ppt │ Chapter 4 Design of External Pressure Vessel 41.ppt │ Chapter 4 Container Parts 61.ppt │ Chapter 4 Strength Design of Internal Pressure Thin-Wall Cylinder and Head PPT 106 │ Chapter 4 Strength Design of Internal Pressure Thin-Wall Cylinder and Head 102.ppt │ Chapter 4 Strength Design of Internal Pressure Thin-Walled Cylinder and Head 40.ppt │ Chapter 4 Commonly Used Media and Characteristics of Pressure Vessels 53.ppt │ Chapter 4 Pressure Vessel Design 50.ppt │ Chapter 4 Pressure Vessel Design 50 pages.ppt │ Chapter 4 Pressure Vessel Design PPT 94 │ Chapter 4 Design of External Pressure Cylinder and Head.ppt │ Chapter 4 Boiler and Pressure Vessel Strength Design PPT 159 │ Chapter 4 Boiler and Pressure Vessel Strength Design and Manufacturing Requirements PPT 155 │ Chapter 4 Vessel Design 38.ppt │ Section 4 head design 39.ppt │ Section 4 Design of Internal Pressure Cylindrical Head 70.ppt │ Section 4 Design of the Head PPT 38 │ Section 4 Design of the Head.ppt │ Simple Pressure Vessel Safety Technical Supervision Regulations 20.ppt │ Pipe line design GA-1-1-1 2.ppt │ Pipe line design GA-2 2.ppt │ Fabric expansion joint selection PPT 7 │ Classic bursting disc PPT 41 │ Several pressure equipment failure accident investigation and risk-based design and manufacturing PPT 42 │ Supplementary knowledge-vessel heads and components.ppt │ Design work theory 118.ppt │ Ultra high pressure vessel 20.ppt │ Special lecture on ultra-high pressure vessel inspection 190.ppt │ Basics of Process Equipment Mechanical Design-8 Pressure Vessels 72.ppt │ Process Equipment Design - Internal Pressure Vessel Design.ppt │ Process Equipment Design Chapter 4 (4.3.3) Head PPT 43 │ Steel Pressure Vessels—Analysis and Design Standards (2nd Edition) Materials Part 53.PPT │ Steel Pressure Vessels—Analysis and Design Standard Materials Section 53.ppt │ Appraisal procedures and review techniques for administrative licensing of boiler and pressure vessel manufacturing, installation, maintenance and transformation units 45.ppt │ Boiler and pressure vessel manufacturing quality management system 22.ppt │ Lecture on Boiler, Pressure Vessel and Nuclear Power Manufacturing Process (Process Room 2) 80.ppt │ Introduction to boiler and pressure vessel appraisal and review regulations and specifications 40.ppt │ Forging grade classification PPT 15.pptx │ High Pressure Vessel Process Vessel Design 64.ppt │ Design of high-pressure vessels PPT 15 │ Pressure vessel management regulations of high-pressure pipe network branch 41.ppt │ Material damage and safety assurance of high-temperature hydrogen-facing equipment 70.ppt │ ├─Chemical Containers and Equipment│ "Chemical Containers and Equipment" Unit 2 Basics of Strength Calculation of Chemical Equipment 153.ppt │ "Chemical Containers and Equipment" Unit 3 Internal Pressure Thin-Walled Vessels 140.ppt │ "Chemical Containers and Equipment" Unit 4 External Pressure Vessels 128.ppt │ "Chemical Containers and Equipment" Unit 5 Thick-Walled Containers 176.ppt │ "Chemical Containers and Equipment" Unit 6 Main Components of Chemical Equipment 112.ppt │ "Chemical Containers and Equipment" Unit 8 Tower Equipment 195.ppt │ "Chemical Containers and Equipment" Unit 9 Reaction Equipment 178.ppt │ ├─Chemical container design PPT │ Chemical container design lecture 2 and 3.ppt │ Chemical container design lecture 20 (final draft).ppt │ Chemical container design lecture 5.ppt │ Chemical container design lecture 11.ppt │ Chemical container design lecture 12.ppt │ Chemical container design lecture 10.ppt │ ├─Fundamentals of chemical equipment design│ Chemical equipment design basics 1 44.ppt │ Chemical equipment design basics 4 45.ppt │ Chemical equipment design basics 5 9.ppt │ Chemical equipment design basics 6 24.ppt │ Chemical equipment design basics 7 39.ppt │ Chemical equipment design basics 8 42.ppt │ ├─East China University of Science and Technology Pressure Vessel Design Courseware│ Introduction to Pressure Vessel Design 26.ppt │ Chapter 7 Design and Computer-Aided Design of Pressure Vessels 59.ppt │ Chapter 3 Overall Design Issues of Pressure Vessels 81.ppt │ Chapter 9 Theory and Practice of Failure Analysis 102.ppt │ Chapter 2 Design of Medium and Low Pressure Vessels 63.ppt │ Chapter 8 Container Manufacturing 139.ppt │ Chapter Six Pressure Vessel Design Technology Progress 125.ppt │ Chapter 10 Non-destructive testing and diagnostic technology 53.ppt │ Chapter 4 Design of External Pressure Vessel 41.ppt │ ├─Pressure vessel design │ Pressure vessel design.ppt │ Pressure vessel design introduction.ppt │ Chapter 3 Pressure vessel overall design issues 81.ppt │ Chapter 2 Design of Medium and Low Pressure Vessels 63.ppt │ Chapter 5 High Pressure Vessel Design 40.ppt │ Chapter 8 Container Manufacturing 138.ppt │ ├─Pressure vessel design (East China University of Science and Technology) │ 1.ppt │ 10.ppt │ 2.ppt │ 3.ppt │ 4.ppt │ 5.ppt │ 8.ppt │ ├─Training course on pressure vessels * Handout │ GB150-1998 "Steel Pressure Vessels".ppt │ GB150.doc │ Professional knowledge of pressure vessels Li Jingchen.doc │ Basic knowledge of pressure vessel design.doc │ Heat exchanger │ Basic knowledge of materials Wang Minting.doc │ Standard sharing network-free standard download website.url │ Design training class speech.ppt │ Steel pressure vessel material handout.doc │ └─Process equipment design lesson plan - Pressure vessel design (PPT) Pressure vessel design lesson plan (32 pages).doc Pressure vessel design – cylinder and head.ppt Pressure vessel design – materials.ppt Pressure vessel design – flange and reinforcement.ppt Pressure vessel design – components and analysis design.ppt