1.27 Material information list

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This post was last edited by Shutong on 2023-7-19 14:46 ├─1.27 General information on materials │ │ Number of files.txt │ │ New text document.bat │ │ │ ├─1.11.1. Metal materials and forming │ │ 12Cr1MoVA.doc │ │ 12CrNi3A.doc │ │ 12Ni19 steel plate selection requirements 2.pdf │ │ 15CrMoA.doc │ │ 16Mng.doc │ │ 16MnR.doc │ │ 1: Inconel600 Alloy (Inconel 600 Alloy).pdf │ │ The difference between 20# steel and Q245R.jpg │ │ 20Cr1Mo1VNbTiB.doc │ │ 20CrMnMo.doc │ │ 20g 20G pronunciation.JPG │ │ The difference between 20G and 20g.doc │ │ 24CrMoV.doc │ │ 24 kinds of aluminum oxidation treatment additives.pdf │ │ 25Cr2Mo1VA.docx │ │ 28CrMoNiV.doc │ │ 3. Restrictions on the use of commonly used metals 3.doc │ │ 30Cr1Mo1V.doc │ │ 35CrMoA.doc │ │ Microstructure and properties of 35CrMo steel tie rod.doc │ │ 38CrMoAlA.doc │ │ 40CrA.doc │ │ Comparison between 45# carbon steel and Q235 steel.doc │ │ 45 and Q235.doc │ │ 50CrVA.doc │ │ Typical uses of 6XXX (AL—Mg—Si) alloys.doc │ │ 7.3 Oxidation treatment of aluminum and its alloys 12.doc │ │ 7. Magnesium alloy characteristics and manufacturing technology 15.doc │ │ AL22 Nickel-based alloy.doc │ │ AL400 Nickel-based alloy.doc │ │ AL625 Nickel-based super alloy.doc │ │ AL825 Nickel-based alloy.doc │ │ Alloy-X alloy introduction.pdf │ │ Ampco copper alloy - the power source of the injection molding industry.pdf │ │ ASP60 Chinese version.pdf │ │ Type A Shore Hardness Tester * * Metrological verification procedures.doc │ │ C-276 corrosion-resistant alloy.pdf │ │ Cr25 material related information.pdf │ │ HASTELLOY B-3 alloy introduction.pdf │ │ HastelloyC-276 alloy HastelloyC-22 application in FGD system.pdf │ │ Inconel 625.doc │ │ inconel product physical properties.doc │ │ Inconel600 NS312 nickel-chromium-iron based solid solution strengthened alloy.pdf │ │ INCONEL600 introduction.doc │ │ INCONEL625 introduction.doc │ │ Inconel625 knowledge.doc │ │ inconel625 introduction.doc │ │ INCONEL625 alloy properties.doc │ │ INCONEL625 alloy.pdf │ │ Inconel625 welding rod Swedish imported Inconel625 price detailed description.doc │ │ Inconel625 encyclopedia.doc │ │ Inconel718 introduction.doc │ │ Inconel718 material application.doc │ │ Introduction to various types of inconel welding materials.doc │ │ Comparison between Inconel and monel alloys.doc │ │ The difference between Q235A, Q235B, Q235C, and Q235D 3.docx │ │ QBQB-2003 Baosteel Enterprise Standard 2003 Edition Volume 3.pdf │ │ The difference between SA516Gr70 and Q345R.pdf │ │ The difference between SA516Gr70 and SA516Gr70N.pdf │ │ SA516GR70 corresponds to domestic brands.pdf │ │ SA516Gr70 normalizing -20 degree impact performance SA516Gr70 zero cutting.pdf │ │ SA516Gr70 welding experiment.pdf │ │ SA516Gr70 American standard container plate.pdf │ │ SA516Gr70 steel plate.pdf │ │ The difference between stainless steel and stainless steel.doc │ │ Carbon steel plates for medium and low temperature pressure vessels SA516Gr70.pdf │ │ medium carbon steel S45C.pdf │ │ What is memory metal 4.doc │ │ Color marking of high-quality steel.pdf │ │ Steel materials for low temperature.doc │ │ Development and application of forgings, pipe fittings, and steel pipes for cryogenic equipment.pdf │ │ Principles of use performance.doc │ │ The role of elements in metals 2.doc │ │ New alloy with excellent corrosion resistance and wide range of uses 10.pdf │ │ Commonly used materials for stamping.doc │ │ Material properties of stamping.doc │ │ Cold plate is the abbreviation of ordinary carbon structural steel cold-rolled plate.doc │ │ Knowledge of cold-rolled steel plate.pdf │ │ Introduction to several commonly used spring steels.pdf │ │ Empirical formulas for heating calculations, heating coefficients of carbon steel and alloy steel.doc │ │ Effect of chemical elements on the properties of steel 4.doc │ │ 12. Engineering applications of fracture toughness 26.doc │ │ Duplex Steel Procurement 11.doc │ │ Characteristics, classification and uses of deformed high-temperature alloys 3.doc │ │ Effects of various alloying elements on steel properties (18 elements in total) 14.doc │ │ Alloys for various purposes 3.doc │ │ Analysis of uses and properties of various materials.pdf │ │ Alloy steel.doc │ │ Summary of alloy steel 8.doc │ │ Master Wu talks about the iron-carbon balance chart, Section 1.pdf │ │ Master Wu talks about the iron-carbon balance chart, Section 2.pdf │ │ Master Wu talks about the iron-carbon balance chart, Section 3.pdf │ │ Master Wu talks about the iron-carbon balance chart, Section 4.pdf │ │ Master Wu talks about the iron-carbon balance chart, Section 5.pdf │ │ Hastelloy 10.pdf │ │ Knowledge about Hastelloy and other special metals 93.pdf │ │ Introduction to Hastelloy 11.doc │ │ Steel for plastic forming molds 5.doc │ │ Selection of die-casting alloys, defects of die-casting parts and their preventive measures 8.doc │ │ Steel for large forgings - 28CrMoNiV material technical requirements.doc │ │ How to identify fake and inferior steel in appearance.doc │ │ Baosteel Steel Manual.pdf │ │ Few-piece variable cross-section spring.doc │ │ Sandvik Duplex Stainless Steel 11.pdf │ │ Industrial pure titanium metal material technical conditions.doc │ │ Industrial aluminum profile selection sample 6.pdf │ │ Characteristics of Tool Steel.doc │ │ Bullough Hardness Tester.doc │ │ Quick Calculation Chart of Minimum Thickness of Blower Hardness Test Sample.pdf │ │ Commonly Used Materials 15.doc │ │ Commonly used materials 5.doc │ │ Nitriding hardness of commonly used materials 2013-03.pdf │ │ Commonly used metal elastic modulus table 1.doc │ │ Commonly used metal materials 9.doc │ │ Textbook on basic knowledge of commonly used metal materials 19.doc │ │ Basic restrictions on commonly used metal materials 4.doc │ │ Selection of commonly used metal materials 27.doc │ │ Commonly used cast iron materials.doc │ │ Properties of common materials.doc │ │ Basic knowledge of common metal materials 70.pdf │ │ Basic knowledge of common metal materials 71.pdf │ │ Commonly used materials for springs 1.pdf │ │ Commonly used materials for springs 2.pdf │ │ Common materials for springs.doc │ │ Spring materials and main uses.pdf │ │ Classification of springs 2.doc │ │ Spring materials and allowable stress.pdf │ │ Standards and uses of spring steel wire.pdf │ │ Microalloyed steel knowledge lecture 49.doc │ │ Microalloyed steel knowledge lecture.pdf │ │ Names of seamless steel pipe units of various steel pipe factories in my country, product specifications and production capabilities.pdf │ │ Quality inspection of Pancheng Steel seamless steel pipes 26.doc │ │ Lead-free copper alloy comes out.pdf │ │ Nickel-free copper-nickel alloy and production method of nickel-free copper-nickel alloy.pdf │ │ Japanese metal material grade indication method 40.pdf │ │ Information about hardness.doc │ │ Introduction to practical knowledge of non-ferrous metals 4.doc │ │ Introduction to practical knowledge of non-ferrous metals 7.doc │ │ Material strengthening and toughening 1.doc │ │ Material strengthening and toughening 2.doc │ │ Material technical conditions Low alloy pressure vessel steel 16MnR Material technical requirements.doc │ │ Material technical conditions Low alloy structural steel 40CrA Material technical requirements.doc │ │ Material technical conditions Low alloy boiler steel 16Mng Material technical requirements.doc │ │ Material technical conditions Boron-tin brass HSn70-1B Material technical requirements.doc │ │ Material Technical Conditions Alloy Tool Steel 9SiCr Material Technical Requirements.doc │ │ Material Technical Conditions Alloy Tool Steel Cr12MoV Material Technical Requirements.doc │ │ Material Technical Conditions Alloy Spring Steel 50CrVA Material Technical Requirements.doc │ │ Material Technical Conditions Alloy Structural Steel 12Cr1MoVA Material Technical Requirements.doc │ │ Material Technical Conditions Alloy Structural Steel 12CrNi3A Material Technical Requirements.doc │ │ Material Technical Conditions Alloy Cast Steel ZG15Cr1Mo1V Material Technical Requirements.doc │ │ Material Technical Conditions Alloy Cast Steel ZG15Cr2Mo1 Material Technical Requirements.doc │ │ Material Technical Conditions Alloy Cast Steel ZG20CrMoV Material Technical Requirements.doc │ │ Material Technical Conditions Alloy Cast Iron HT28-48CrMo Material Technical Requirements.doc │ │ Material technical conditions Steel for large forgings 24CrMoV Material technical requirements.doc │ │ Material technical conditions Steel for large forgings 28CrMoNiV Material technical requirements.doc │ │ Material technical conditions Steel for large forgings 35CrMoV Metal material technical conditions.doc │ │ Material technical conditions Industrial pure titanium TA1 metal material technical conditions.doc │ │ Material Technical Conditions Industrial Pure Copper T3 Material Technical Requirements.doc │ │ Material Technical Conditions Industrial Pure Aluminum 8A06 (L6) Material Technical Requirements.doc │ │ Material Technical Conditions Carbon Tool Steel T10A Material Technical Requirements.doc │ │ Material Technical Conditions Carbon Tool Steel T12A Material Technical Requirements.doc │ │ Material Technical Conditions Carbon Structural Steel Q235-B Material Technical Requirements.doc │ │ Material Technical Conditions Carbon Cast Steel ZG230-450 Material Technical Requirements.doc │ │ Material Technical Conditions Metal Material Technical Conditions GGR15.doc │ │ Material Technical Conditions Titanium Alloy TC10 Material Technical Requirements.doc │ │ Material Technical Conditions Lead Brass HPb59-1 Material Technical Requirements.doc │ │ Material Technical Conditions Beryllium Bronze QBe2 Material Technical Requirements.doc │ │ Material Technical Conditions Aluminum Bronze QAl9-4 Material Technical Requirements.doc │ │ Material Technical Conditions Cast Silicon Brass ZCuZn16Si4 Material Technical Requirements.doc │ │ Material Technical Conditions Cast Aluminum Bronze ZCuAl10Fe3 Material Technical Requirements.doc │ │ Material Technical Conditions Cast Tin Bronze ZCuSn3Zn8Pb6Ni1 Material Technical Requirements.doc │ │ Material Technical Conditions Tin Brass HSn70-1 Material Technical Requirements.doc │ │ Material Technical Conditions High Temperature Alloy GH4145 Material Technical Requirements.doc │ │ Material Technical Conditions High Speed Tool Steel W18Cr4V Material Technical Requirements.doc │ │ Material Technical Conditions Brass H62 Material Technical Requirements.doc │ │ Practical knowledge about plates.pdf │ │ Introduction.doc │ │ Specifications and selection of mechanical materials 74.doc │ │ Calculation of specific surface area.doc │ │ Fluoroboric acid system lead-tin alloy plating process.doc │ │ Effect of nitrogen on low-temperature impact toughness of Fe-38Mn austenitic steel.doc │ │ Potential sequence of metals in seawater.pdf │ │ Guidelines for metal spectrum analysis in thermal power plants.pdf │ │ Current status and development trends of sintered metal friction materials 8.doc │ │ Application of thermal spraying technology in modern steel industry.doc │ │ The difference between hot-rolled steel and cold-rolled steel 3.doc │ │ Analysis and prevention of white rust on hot-dip galvanized steel 2.doc │ │ Special content information.doc │ │ Introduction to special materials knowledge.doc │ │ Special steel basic knowledge popularization series.doc │ │ Differences and uses of ductile iron and gray cast iron.doc │ │ Pig iron classification.pdf │ │ Electrical steel plate.pdf │ │ Hardness and metal technology encyclopedia.doc │ │ Hardness value conversion (HR15N to HRC)→→ASTM E140.pdf │ │ Hardness value conversion HR15N←→HV.pdf │ │ Hardness conversion.pdf │ │ Hardness knowledge 62.pdf │ │ Hardness knowledge.doc │ │ Minimum thickness of hardness test specimen.pdf │ │ Hardness selection.pdf │ │ Carbide and steel-bonded carbide 12.pdf │ │ Carbon Steel.doc │ │ Chapter 3 Common Materials in Mechanical Engineering 60.pdf │ │ Chapter 1 Metal Materials 14.doc │ │ Chapter 1 Basics of Alloying of Metal Materials 68.pdf │ │ Chapter 7 Cast Iron 27.pdf │ │ Chapter 3 Alloy Structural Steel for Machine Parts 33.pdf │ │ Part 3 Steel Plate (Strip) Category 40.doc │ │ Chapter 2 Alloy Structural Steel for Engineering Components 13.pdf │ │ Chapter 8 Aluminum and Aluminum Alloys.pdf │ │ Chapter 6 Non-ferrous Metals (Non-ferrous Metals) 9.doc │ │ Chapter 6 Heat-resistant steel and iron-based high-temperature alloys 21.pdf │ │ Chapter 6 Introduction to metal materials for ultra-supercritical units 8.doc │ │ Chapter 6 Amorphous Alloy.pdf │ │ Chapter 4 Alloy Tool Steel.pdf │ │ Vickers Hardness Test Principle.doc │ │ Introduction to Corrosion Resistant Alloys and Titanium Alloy Products 7.doc │ │ Inconel.doc │ │ Monel 3.doc │ │ Interpretation of SA-516 materials in the American ASME specification.pdf │ │ Research progress and application of ultra-high strength steel * * Application.pdf │ │ Treatment of continuous use of liquid aluminum.pdf │ │ Detailed description of metal packaging materials 31.pdf │ │ Development and application of metal profiled steel plates 14.doc │ │ Basic knowledge about metals 19.doc │ │ Introduction to basic knowledge of metals 21.doc │ │ Plastic deformation of metals.pdf │ │ Knowledge about metals 9.doc │ │ Basic knowledge of metal materials.doc │ │ Introduction to the technical properties of metal materials 2.doc │ │ Problems with cold work hardening after drawing of metal materials.pdf │ │ Microstructure map of metal materials 20.pdf │ │ List of inspection methods of the Metal Materials Inspection Section 5.doc │ │ Inspection of metal materials 3.doc │ │ On-site identification of metal materials 5.doc │ │ Comprehensive information on metal materials 75.doc │ │ Terms related to ordering metal materials.doc │ │ Metal hydrogen embrittlement.pdf │ │ Metal Properties Manual 4.doc │ │ Metal Properties Handbook 5.doc │ │ Metal Properties Handbook 3.doc │ │ Metal Properties Handbook 3.pdf │ │ Metal hardness testing method 14.doc │ │ Lecture 2 on Metal Corrosion Resistant Materials Carbon Steel.pdf │ │ Detailed Explanation of Metal Etching Process.doc │ │ Magnesium Alloy 3.doc │ │ Introduction to the characteristics of magnesium and aluminum alloys 5.doc │ │ Application of titanium, zirconium, niobium and tantalum metals in sulfuric acid 11.doc │ │ Titanium and titanium alloys.doc │ │ Titanium and titanium alloy grades and chemical compositions.doc │ │ Titanium and titanium knowledge 11.doc │ │ Titanium alloy and processing.pdf │ │ Titanium alloy tapping technology and tap improvement.doc │ │ Main characteristics and uses of titanium materials 3.doc │ │ Titanium encyclopedia knowledge 41.doc │ │ Top ten properties of titanium.doc │ │ Basic knowledge of titanium metal.doc │ │ Titanium metal information.doc │ │ Application of titanium steel composite plates in the evaporation chamber of vacuum salt making equipment.doc │ │ Common structures in steel 7.pdf │ │ Symbols representing steel product names, uses, characteristics and process methods 1.pdf │ │ Symbols representing steel product names, uses, characteristics and process methods 2.pdf │ │ Steel and steel product classification and production overview of main steel products 35.docx │ │ Classification of steel and steel products and production overview of main steel varieties.pdf │ │ What is the difference between steel and iron.pdf │ │ Steel 19.doc │ │ Effects of alloy and impurity content in steel on its properties 6.doc │ │ Steel classification 32.doc │ │ Steel chemical composition comparison table.pdf │ │ Steel and steel pipe technology 32.doc │ │ Steel practical knowledge training materials 18.doc │ │ Steel standard description.pdf │ │ Simple algorithm for theoretical weight of steel.doc │ │ What does the impact energy Akv of steel mean? 5.doc │ │ Classification of steel.pdf │ │ Steel knowledge 47.doc │ │ Steel knowledge 30 (2).doc │ │ Steel knowledge 30.doc │ │ Steel surface defect limits 2.doc │ │ Steel selection principles 2.doc │ │ Basic knowledge of steel procurement 33.doc │ │ steel * * Standard.pdf │ │ Steel structure material properties.pdf │ │ Steel structure structure and properties 3.doc │ │ steel 27.doc │ │ Common defects, causes and elimination methods in steel blackening 1.doc │ │ Recovery and recrystallization of steel.pdf │ │ Complete knowledge of steel 25.pdf │ │ Complete knowledge of steel 16.doc │ │ Properties of molybdenum and molybdenum alloys 4.doc │ │ Molten iron is the foundation of cast iron quality 7.doc │ │ The difference between ferrite and austenite 3.docx │ │ Copper Trading Manual.pdf │ │ Copper and Copper Alloys 4.doc │ │ Copper and copper alloys.doc │ │ Introduction to classification, characteristics and applications of copper alloys.pdf │ │ Overview of copper 2.doc │ │ Aluminum Trading Manual.pdf │ │ Aluminum and Aluminum Alloys.doc │ │ What are the functions of various main elements in aluminum alloys and what properties do they affect? .doc │ │ New process for chemical blackening of aluminum alloys 3.doc │ │ Aluminum alloy die-casting standard---China standard GBT 15115-94.doc │ │ Aluminum alloy melting and pouring 2.doc │ │ Aluminum alloy surface drawing process 2.doc │ │ Aluminum alloy casting comprehensive technology 12.doc │ │ Introduction to aluminum alloy casting process 3.doc │ │ Properties and uses of aluminum 49.pdf │ │ Analysis of Casting Defects in Cast Iron Parts.pdf │ │ Properties and Applications of Cast Aluminum 1.doc │ │ Physical and chemical properties of zirconium 4.doc │ │ zinc_Characteristics and uses of tin alloy.doc │ │ Zinc alloy selection guide.pdf │ │ Tin-based Babbitt alloy casting process plan.pdf │ │ Classification of galvanized steel sheets.doc │ │ Magnesium alloy die-casting manual 28.doc │ │ Nickel.doc │ │ Basic knowledge of nickel, molybdenum, chromium, titanium and iron alloys and other raw materials.CHM │ │ Nickel alloy Inconel625 alloy steel pipe, Hastelloy C-276 composition, performance, application 93.pdf │ │ Nickel alloy, high temperature alloy, Hastelloy, Monel alloy knowledge compilation 92.pdf │ │ Nickel-based alloy AL 800 8.doc │ │ Nickel-based alloy AL-601 4.doc │ │ Nickel-based alloy AL276.doc │ │ To prevent infectious diseases, the use of brass door handles is advocated.pdf │ │ High-strength copper alloy.pdf │ │ All-purpose alloy for high temperature and corrosion - INCONEL 600.doc │ │ High temperature and high strength alloy.pdf │ │ High carbon tool steel_YK30_.pdf │ │ The role of high-speed tool steel.doc │ │ Knowledge of high-speed steel.doc │ │ High manganese austenitic steel anti-wear mechanism and application environment 7.doc │ │ High-frequency welding of lightweight thin-walled H-shaped steel.pdf │ │ │ ├─1.11.2 Mesh number │ │ Commonly used screen mesh and particle size (micron) comparison table.pdf │ │ Commonly used screen mesh and particle size comparison table.doc │ │ The so-called mesh number.pdf │ │ Standard mesh and micron comparison table.xls │ │ Mesh number and micron comparison table.doc │ │ Mesh number and micron conversion table.pdf │ │ Mesh number and particle size conversion.doc │ │ Mesh comparison table.xls │ │ Mesh number of sieve.doc │ │ Mesh number and particle size allowed to pass comparison table.jpg │ │ Screen mesh comparison table.doc │ │ Screen mesh micron mesh comparison table.doc │ │ Screen mesh mesh comparison table.pdf │ │ Conversion table of particle size mesh and international units.doc │ │ Mesh mesh comparison table.doc │ │ Mesh mesh comparison table.pdf │ │ Filter mesh number.doc │ │ Filter mesh number.pdf │ │ │ ├─1.11.3. Rubber, plastic, composite, inorganic, ceramic and other non-metallic materials and manufacturing │ │ │ 2005 Plastic Materials Performance and Testing Training Course Handouts (all).pdf │ │ │ TIPTOP rubber materials and applications.pdf │ │ │ The difference between "ABS, PE, PP, PVC" materials.doc │ │ │ 1. Technical specifications and performance of glass-lined equipment 2.doc │ │ │ Styrene-butadiene rubber volume.doc │ │ │ China styrene-butadiene rubber industry analysis report.pdf │ │ │ Basic properties and applications of ethylene-propylene rubber.doc │ │ │ Five major engineering plastics.doc │ │ │ Product structure design information (including plastics, hardware material properties, design precautions, EMI, ESD, etc.) .doc │ │ │ Product Introduction Simple Plastic Material Determination.doc │ │ │ Bionic Composite Materials 36.pdf │ │ │ Differentiation of several materials.doc │ │ │ Development and application of thick steel structure fire retardant coatings.doc │ │ │ Various plastic properties, molding processes, uses.doc │ │ │ Properties of various plastic materials.xls │ │ │ Butyl rubber production at home and abroad Li Hongjuan.pdf │ │ │ Plastic Parts Design Guide 58.pdf │ │ │ Plastic Performance Quick Check Manual.exe │ │ │ Plastic Manual 75.pdf │ │ │ Plastic material properties 44.doc │ │ │ Plastic material properties.pdf │ │ │ Basic concepts of plastics and performance characteristics of commonly used engineering plastics.doc │ │ │ Definition of plastics.doc │ │ │ Identification of combustion of plastics.xls │ │ │ Composition and classification of plastics.doc │ │ │ Plastic knowledge 38 questions.pdf │ │ │ Plastic surface treatment method.doc │ │ │ Plastic assembly instruction manual 16.pdf │ │ │ Plastic code Chapter 1 Commonly used information.pdf │ │ │ Causes and solutions for defects in plastic parts.doc │ │ │ Causes and solutions for common defects in plastic parts.doc │ │ │ Design of plastic parts.doc │ │ │ Plastic shrinkage table.doc │ │ │ Simple identification method of plastic materials.doc │ │ │ Plastic material identification process.PDF │ │ │ 25 whys in plastic color matching.doc │ │ │ Conceptual analysis of five common temperatures of composite materials.pdf │ │ │ Introduction to composite materials.doc │ │ │ Engineering plastics and applications.pdf │ │ │ Engineering plastic material knowledge 4.pdf │ │ │ Engineering materials plastic properties 87.pdf │ │ │ 20 kinds of commonly used plastics.doc │ │ │ List of properties of commonly used plastics.pdf │ │ │ Properties of commonly used rubbers.pdf │ │ │ Advantages and disadvantages of commonly used rubbers.xls │ │ │ Introduction to commonly used thermoplastics.pdf │ │ │ Abbreviations of commonly used polymer names.doc │ │ │ Common plastic structure fixation methods.doc │ │ │ Definition of resin and plastic.doc │ │ │ Rubber variety (abbreviated symbol) Chemical composition, performance characteristics, main uses 3.doc │ │ │ Basic knowledge of rubber.doc │ │ │ Basic structure and properties of rubber.doc │ │ │ Medium resistance of rubber.doc │ │ │ Rubber types and uses.doc │ │ │ Rubber industry * * Standard search.doc │ │ │ Injection molding materials-20 plastic properties.doc │ │ │ Brief analysis of ways to improve the cold resistance of fluorine rubber.doc │ │ │ Thermoplastic plastic 1.doc │ │ │ thermoplastic 2.doc │ │ │ thermoplastic 3.doc │ │ │ thermoplastic 4.doc │ │ │ Characteristics and uses of thermoplastics.doc │ │ │ Special rubber.doc │ │ │ Magnet 2.doc │ │ │ Chapter 7 Commonly Used Plastic Additives 157.pdf │ │ │ Chapter 3 Plastic Materials 73.pdf │ │ │ Chapter 6 Special Plastic Materials 26.pdf │ │ │ Chapter 15 Waste Plastic Recycling 21.pdf │ │ │ Chapter 10 Carbon Products 11.doc │ │ │ Mechanical and chemical properties of polytetrafluoroethylene.doc │ │ │ Super comprehensive plastic material knowledge.xls │ │ │ Non-metallic materials appendix.doc │ │ │ Application of polymer composite repair materials in cement equipment maintenance.doc │ │ │ Complete plastic knowledge.doc │ │ │ │ │ ├─Loctite usage method and technical and safety parameters│ │ │ │ Usage method.doc │ │ │ │ │ │ │ ├─Cylindrical retaining glue │ │ │ │ 601.doc │ │ │ │ 603.doc │ │ │ │ 609.doc │ │ │ │ 620.doc │ │ │ │ 635.doc │ │ │ │ 638.doc │ │ │ │ 641.doc │ │ │ │ 642.doc │ │ │ │ 648.doc │ │ │ │ 648UV.doc │ │ │ │ 660.doc │ │ │ │ 661.doc │ │ │ │ 662.doc │ │ │ │ 675.doc │ │ │ │ 680.doc │ │ │ │ │ │ │ ├─Floor anti-slip coating │ │ │ │ Big-Foot_Heavy_Duty_Pedistrian_Grade.pdf │ │ │ │ Big_Foot_Acrylic_Pedestrian_Grade.pdf │ │ │ │ Big_Foot_Acrylic_Primer.pdf │ │ │ │ Big_Foot_Glow_Coat.pdf │ │ │ │ Big_Foot_Low_Profile_Pedestrian_Grade.pdf │ │ │ │ Big_Foot_Metal_Primer.pdf │ │ │ │ Big_Foot_Vehicular_Grade.pdf │ │ │ │ Big_Foot_Waterbased_Primer-Sealer.pdf │ │ │ │ Big_Foot_Zero_V.O.C..pdf │ │ │ │ │ │ │ ├─Glue coating equipment │ │ │ │ 97034.pdf │ │ │ │ 97105.pdf │ │ │ │ 97106.pdf │ │ │ │ 97107.pdf │ │ │ │ 98001.pdf │ │ │ │ 98002.pdf │ │ │ │ 98003.pdf │ │ │ │ │ │ │ ├─Cleaning agent │ │ │ │ 25791 Electrial Contact CLNR.doc │ │ │ │ 30546 Multi-Purpose_Glass_Cleaner.doc │ │ │ │ Natural_Blue_Cleaner_&_Degreaser.pdf │ │ │ │ │ │ │ ├─Potting compound │ │ │ │ 3140-3160.doc │ │ │ │ 3140-3162.doc │ │ │ │ 3140-3163.doc │ │ │ │ 3140-3164.doc │ │ │ │ 3140-39944.doc │ │ │ │ 3141-3160.doc │ │ │ │ 3141-3162.doc │ │ │ │ 3141-3163.rtf │ │ │ │ 3141-3164.rtf │ │ │ │ 3141-3165.rtf │ │ │ │ 3142-3160.rtf │ │ │ │ 3142-3162.rtf │ │ │ │ 3142-3163.rtf │ │ │ │ 3142-3164.rtf │ │ │ │ 3142-3165.rtf │ │ │ │ 3142-39950.doc │ │ │ │ 3143-3166.rtf │ │ │ │ 3143-39821.doc │ │ │ │ 3144-3160.rtf │ │ │ │ 3144-3162.rtf │ │ │ │ 3144-3163.rtf │ │ │ │ 3144-3164.rtf │ │ │ │ 3144-3165.rtf │ │ │ │ 3160-39959.doc │ │ │ │ 3162-39962.doc │ │ │ │ 3163-39964.doc │ │ │ │ 3164-39968.doc │ │ │ │ 3165-39975.doc │ │ │ │ 3166-39827.doc │ │ │ │ 3171-3180.rtf │ │ │ │ 3171-39979.doc │ │ │ │ 3172-3181.rtf │ │ │ │ 3173-3182.rtf │ │ │ │ 3173-3183.rtf │ │ │ │ 3173-3184.rtf │ │ │ │ 3173-39987.doc │ │ │ │ 3180-39990.doc │ │ │ │ 3181-39993.doc │ │ │ │ 3183-39999.doc │ │ │ │ 3184-39398.doc │ │ │ │ │ │ │ ├─special products │ │ │ │ 88C.doc │ │ │ │ 90C EW.doc │ │ │ │ 90C.doc │ │ │ │ Fixmaster_Pipe_Repair_Kit.pdf │ │ │ │ Silicone_Lubricant.pdf │ │ │ │ │ │ │ ├─Ball mill crusher backing agent │ │ │ │ 99692 Nordbak Backing Material.doc │ │ │ │ Nordbak_High_Performance_Backing_Material.pdf │ │ │ │ │ │ │ ├─Glue for electronics │ │ │ │ 3568.doc │ │ │ │ 3607.doc │ │ │ │ 3609.doc │ │ │ │ 3611.doc │ │ │ │ 3614.doc │ │ │ │ 3615.doc │ │ │ │ 3616.doc │ │ │ │ 3618.doc │ │ │ │ 3619.doc │ │ │ │ 3621.doc │ │ │ │ 3701.doc │ │ │ │ 3751.doc │ │ │ │ 3761.doc │ │ │ │ 3779.doc │ │ │ │ 3781.doc │ │ │ │ 3783.doc │ │ │ │ 3791.doc │ │ │ │ 3792.doc │ │ │ │ 3851.doc │ │ │ │ 3860.doc │ │ │ │ 3861.doc │ │ │ │ 3862.doc │ │ │ │ 3872.doc │ │ │ │ 3873.doc │ │ │ │ 3900.doc │ │ │ │ │ │ │ ├─Structural adhesive glue │ │ │ │ ├─Instant adhesive │ │ │ │ │ 380.doc │ │ │ │ │ 382.doc │ │ │ │ │ 401.doc │ │ │ │ │ 4011.doc │ │ │ │ │ 403.doc │ │ │ │ │ 406.doc │ │ │ │ │ 4062.doc │ │ │ │ │ 408.doc │ │ │ │ │ 409.doc │ │ │ │ │ 410.doc │ │ │ │ │ 411-BLUE.doc │ │ │ │ │ 411.doc │ │ │ │ │ 414.doc │ │ │ │ │ 415.doc │ │ │ │ │ 416.doc │ │ │ │ │ 420.doc │ │ │ │ │ 4203.doc │ │ │ │ │ 4204.doc │ │ │ │ │ 421.doc │ │ │ │ │ 4210.doc │ │ │ │ │ 4211.doc │ │ │ │ │ 4212.doc │ │ │ │ │ 425.doc │ │ │ │ │ 4302.doc │ │ │ │ │ 431.doc │ │ │ │ │ 444.doc │ │ │ │ │ 454.doc │ │ │ │ │ 460.doc │ │ │ │ │ 480.doc │ │ │ │ │ 495.doc │ │ │ │ │ 496.doc │ │ │ │ │ 498.doc │ │ │ │ │ 499.doc │ │ │ │ │ │ │ │ │ ├─UV curable glue │ │ │ │ │ 3201.doc │ │ │ │ │ 3211.doc │ │ │ │ │ 3301.doc │ │ │ │ │ 3311.doc │ │ │ │ │ 3321.doc │ │ │ │ │ 349.doc │ │ │ │ │ 3491.doc │ │ │ │ │ 3492.doc │ │ │ │ │ 3493.doc │ │ │ │ │ 3494.doc │ │ │ │ │ 350.doc │ │ │ │ │ 3510.doc │ │ │ │ │ 352.doc │ │ │ │ │ 362.doc │ │ │ │ │ 363.doc │ │ │ │ │ 365.doc │ │ │ │ │ 366.doc │ │ │ │ │ │ │ │ │ └─Structural Adhesives│ │ │ │ 30537 Contact Adhesive.doc │ │ │ │ 319.doc │ │ │ │ 322.doc │ │ │ │ 324.doc │ │ │ │ 325.doc │ │ │ │ 326.doc │ │ │ │ 330.doc │ │ │ │ 332.doc │ │ │ │ E-00CL.doc │ │ │ │ E-00NS.doc │ │ │ │ E-05CL.doc │ │ │ │ E-120HP.doc │ │ │ │ E-20HP.doc │ │ │ │ E-20NS.doc │ │ │ │ E-214HP.doc │ │ │ │ E-30CL.doc │ │ │ │ E-40FL.doc │ │ │ │ E-60HP.doc │ │ │ │ E-60NC.doc │ │ │ │ E-90FL.doc │ │ │ │ M-06FL.doc │ │ │ │ M-11FL.doc │ │ │ │ U-05FL.doc │ │ │ │ U-10FL.doc │ │ │ │ │ │ │ ├─Wear-resistant preservative │ │ │ │ 39918 Yu Nordbak High Impact Wearing Compound.doc │ │ │ │ 96443 Nordbak Brushable Ceramic-grey.doc │ │ │ │ 98383 Nordbak Pneu Wear.doc │ │ │ │ 99813 Nordbak Wearing Compound.doc │ │ │ │ Nordbak Ceramic Tile Adhesivetds.doc │ │ │ │ Nordbak Combo Bead Wearing Compoundtds.doc │ │ │ │ Nordbak Fixmaster chemical resistance.doc │ │ │ │ Nordbak High Temperature Pneu-Weartds.doc │ │ │ │ Nordbak Ultra High Temperature Pneu-Weartds.doc │ │ │ │ Nordbak Ultra High Temperature Wearing Compoundtds-CH.doc │ │ │ │ Nordbak Ultra High Temperature Wearing Compoundtds.doc │ │ │ │ Nordbak_High_Temperature_Brushable_Ceramic.pdf │ │ │ │ │ │ │ ├─Surface treatment products │ │ │ │ 7063.doc │ │ │ │ 7070.doc │ │ │ │ 7075.doc │ │ │ │ 7109.doc │ │ │ │ 7113.doc │ │ │ │ 712.doc │ │ │ │ 7211.doc │ │ │ │ 7251.doc │ │ │ │ 7252.doc │ │ │ │ 7253.doc │ │ │ │ 736.doc │ │ │ │ 7360.doc │ │ │ │ 7386.doc │ │ │ │ 7387.doc │ │ │ │ 7388.doc │ │ │ │ 7400.doc │ │ │ │ 7452.doc │ │ │ │ 7453.doc │ │ │ │ 7455.doc │ │ │ │ 7471.doc │ │ │ │ 7649.doc │ │ │ │ 768.doc │ │ │ │ 770.doc │ │ │ │ 790.doc │ │ │ │ 81716 Paint_Stripper.doc │ │ │ │ Extend_Rust_Treatment.pdf │ │ │ │ │ │ │ ├─Equipment installation floor repair agent │ │ │ │ Fmaster Deep Pour Grouttds.doc │ │ │ │ Fmaster Fast Set Grouttds.doc │ │ │ │ Fmaster Magna-Cretetds.doc │ │ │ │ Fmaster Marine Chockingtds.doc │ │ │ │ │ │ │ └─Metal Repair Agent│ │ │ 82093 Fixmaster Underwater Repair Epoxy.doc │ │ │ 96583 Fixmaster_ Wet_Surface_ Repair_Putty.doc │ │ │ 96604 Fixmaster Fast Set Steel Epoxy.doc │ │ │ 97434 Fixmaster4 Minute Epoxy.doc │ │ │ 97443 Fixmaster Stainless Steel.doc │ │ │ 97453 Fixmaster Aluminum.doc │ │ │ 97473 Fixmaster Superior Metal.doc │ │ │ 98853 Fixmaster Metal Magic Steel.doc │ │ │ 99393 Fixmaster High Performance Epoxy.doc │ │ │ 99912 Fixmaster steel Putty.doc │ │ │ Fixmaster_2000_Degree_Putty.pdf │ │ │ Fmaster Metal Magic Steeltds.doc │ │ │ Fmaster Metal Magic Whitetds.doc │ │ │ │ │ └─Rubber belt repair agent │ │ 96671 Rapid Rubber Repair.doc │ │ 97401 Fixmaster Flex Brushable.doc │ │ 97412 Fixmaster Flex 80 Liquid.doc │ │ 97422 Fixmaster Flex 80 Putty.doc │ │ 98693 Fixmaster Flex Conveyor Belt Repair.doc │ │ Fmaster Etching Agenttds.doc │ │ Fmaster Flex Acceleratortds.doc │ │ Fmaster Flex Cleanertds.doc │ │ Fmaster Flex Metal Primertds.doc │ │ Fmaster Flex Rubber Primertds.doc │ │ │ ├─1.11.4. Materials science, materials engineering, polymers, adhesives and other engineering materials and processing │ │ │ Engineering Materials Encyclopedia 103.doc │ │ │ Summary of engineering materials.doc │ │ │ Basic requirements for teaching engineering materials.doc │ │ │ Dailer instant adhesive glue series.pdf │ │ │ Mechanical engineering materials tutorial.doc │ │ │ Material processing and terminology explanation.pdf │ │ │ Material molding process control 149.pdf │ │ │ Magnetic properties of materials and magnetic functional materials 41.pdf │ │ │ Materials Science 73.pdf │ │ │ Basic professional vocabulary of materials science English.doc │ │ │ Materials science basic tutorials and * Title Shanghai Jiao Tong University.doc │ │ │ Basic knowledge of oil products 11.doc │ │ │ Clean room specification requirements for equipment materials.pdf │ │ │ Product structure design information--plastic materials.doc │ │ │ Product structure design information--banned materials.doc │ │ │ Product structure design information--metal materials.doc │ │ │ Chapter 1 Basic knowledge of mechanical engineering materials.doc │ │ │ Part 2 Engineering Materials.doc │ │ │ Principles for Selection of Adhesives.doc │ │ │ │ │ ├─Refractory Products│ │ │ ├─Unshaped Refractory Materials│ │ │ │ ├─Unshaped Refractory Materials for Tundishes│ │ │ │ │ Dry materials for the working layer of the tundish.doc │ │ │ │ │ Coating materials for the tundish.doc │ │ │ │ │ │ │ │ │ ├─Unshaped refractory materials for just wrapping│ │ │ │ │ Mid-range ladle castable (AMJ-65).doc │ │ │ │ │ High-grade ladle castable (AMJ-85).doc │ │ │ │ │ │ │ │ │ ├─Unshaped refractory materials for electric furnaces│ │ │ │ │ Electric furnace gunning material.doc │ │ │ │ │ Ramming material for electric furnace bottom.doc │ │ │ │ │ │ │ │ │ ├─Refractory mud│ │ │ │ │ Siliceous refractory mud.doc │ │ │ │ │ Magnesia refractory clay.doc │ │ │ │ │ High alumina, clay refractory clay.doc │ │ │ │ │ │ │ │ │ └─Unshaped refractory materials for converters│ │ │ │ Converter gunning material.doc │ │ │ │ Converter hot repair material.doc │ │ │ │ │ │ │ ├─Synthetic refractory raw materials│ │ │ │ Synthetic sintered magnesium calcium sand.doc │ │ │ │ Synthetic sintered magnesia-alumina spinel sand.doc │ │ │ │ Synthetic sintered magnesia-chromium sand.doc │ │ │ │ Synthetic magnesia-alumina spinel sand.doc │ │ │ │ Fused magnesia-chromium sand.doc │ │ │ │ │ │ │ ├─Shaped refractory materials│ │ │ │ │ 4 Shaped refractory materials for non-ferrous metallurgical furnaces.doc │ │ │ │ │ │ │ │ │ ├─1 Shaped refractory materials for iron-making systems│ │ │ │ │ │ (3) Silica bricks for coke oven.doc │ │ │ │ │ │ (4) General silica insulation bricks.doc │ │ │ │ │ │ (5) General clay series products.doc │ │ │ │ │ │ (6) Aluminum-silicon carbide-carbon bricks for hot metal tanks.doc │ │ │ │ │ │ │ │ │ │ │ ├─ (1) Shaped refractory materials for blast furnaces │ │ │ │ │ │ 1. Clay bricks for blast furnaces.doc │ │ │ │ │ │ 2. High alumina bricks for blast furnace.doc │ │ │ │ │ │ 3 Mullite products for blast furnace.doc │ │ │ │ │ │ 4. Low creep products for blast furnace.doc │ │ │ │ │ │ 5. Aluminum-carbon bricks for blast furnaces.doc │ │ │ │ │ │ │ │ │ │ │ └─ (2) Shaped refractory materials for hot blast stoves │ │ │ │ │ 1. High alumina bricks for hot blast stoves.doc │ │ │ │ │ 2. Low creep products for hot blast stoves.doc │ │ │ │ │ 3. Silica bricks for hot blast stoves.doc │ │ │ │ │ │ │ │ │ ├─2 Shaped refractory materials for steelmaking furnaces │ │ │ │ │ (1) Magnesia bricks for permanent lining of converters and electric furnaces.doc │ │ │ │ │ (2) Magnesia carbon bricks for working linings of converters and electric furnaces.doc │ │ │ │ │ │ │ │ │ ├─3 Shaped refractory materials for external refining furnaces │ │ │ │ │ (2) Magnesia-chrome bricks for external refining furnaces such as VOD, AOD and RH furnaces.doc │ │ │ │ │ (3) Magnesia-calcium bricks for AOD and VOD furnaces.doc │ │ │ │ │ 1) Carbon-containing shaped products for LF furnaces.doc │ │ │ │ │ │ │ │ │ └─5 Shaped refractory materials for building materials industrial kilns │ │ │ │ └─(1) Shaped refractory materials for glass kilns │ │ │ │ 1. High-quality silica bricks for glass kilns.doc │ │ │ │ 2. High-quality magnesia bricks for glass kilns.doc │ │ │ │ 3. Perscite and spinel bricks for glass kilns.doc │ │ │ │ 4. Magnesium zircon bricks.doc │ │ │ │ │ │ │ └─Light and dead burnt magnesia│ │ │ Mid-grade magnesia.doc │ │ │ Ordinary dead burnt magnesia.doc │ │ │ Fused magnesia.doc │ │ │ Light burnt magnesia.doc │ │ │ Mining industry.doc │ │ │ High purity magnesia.doc │ │ │ │ │ └─Refractory material technical text│ │ Anti-flaking high alumina brick technical text.doc │ │ Directly bonded magnesia chrome brick technical text.doc │ │ High-strength alkali-resistant brick technical text.doc │ │ │ ├─1.11.5. Fire-resistant, flame-retardant and thermal insulation materials│ │ Kiln and refractory materials.pdf │ │ Refractory material construction details.doc │ │ Refractory material construction quality and acceptance.doc │ │ Interim Measures for Refractory Material Maintenance and Management.doc │ │ │ ├─1.11.6. Wear-resistant materials │ │ JFE's wear-resistant steel plate "JFE-EH" series.pdf │ │ Wear-resistant plate.pdf │ │ Wear-resistant pipe knowledge.doc │ │ │ ├─1.11.7. Various material data │ │ │ ASME standard steel grade composition 37.pdf │ │ │ Theoretical weight and external dimensions of H-shaped steel.xls │ │ │ H-shaped steel specifications.xls │ │ │ NACE standard material composition comparison table.xls │ │ │ Material substitution table for countries around the world.xls │ │ │ Chinese and foreign steel grades comparison material performance table hardness and strength approximate conversion.xls │ │ │ Technical conditions for production of 14Cr1MoR (SA387Gr11CL2) and 14Cr1MoR(H) steel plates.doc │ │ │ Technical conditions for production of 15CrMoR and 15CrMoR(H) steel plates.doc │ │ │ Main material hardness and tool comparison table.pdf │ │ │ Main steel materials, standard parts specifications and weight table.doc │ │ │ Low-magnification microstructure etching agent 20.doc │ │ │ Ten countries material comparison table (structural steel).xls │ │ │ Chemical composition of deformed aluminum alloy.pdf │ │ │ Thermal conductivity of deformed high-temperature alloy λ.doc │ │ │ Simple identification method of various plastics.doc │ │ │ Table of friction coefficients of various materials.doc │ │ │ Various metal property data.xls │ │ │ Alloy tool steel.xls │ │ │ Alloy properties 3.doc │ │ │ Alloy structural steel.xls │ │ │ Domestic common carbide brands and performance comparisons.doc │ │ │ Density conversion coefficients of foreign deformed aluminum alloys.pdf │ │ │ Theoretical weight of section steel.xls │ │ │ Section steel table.xls │ │ │ Table of solid properties of plastic materials.doc │ │ │ Large, medium and small steel, steel plate, steel strip specifications and range.pdf │ │ │ I-beam, channel steel, round steel specification and weight.xls │ │ │ Barcol hardness conversion table.pdf │ │ │ Brinell-Rockwell hardness conversion table.doc │ │ │ Brinell hardness and Rockwell hardness conversion table.doc │ │ │ Brinell hardness and Rockwell hardness comparison table.doc │ │ │ Brinell hardness value comparison table.xls │ │ │ Commonly used steel and steel plate theoretical conversion table 4.doc │ │ │ Characteristics and applications of commonly used plastics.xls │ │ │ Specific gravity table of commonly used industrial materials.doc │ │ │ Theoretical weight table of commonly used flat steel and pattern steel plates.xls │ │ │ Conversion table of commonly used non-ferrous metals and lightweight materials.xls │ │ │ Density of commonly used materials 7.pdf │ │ │ Common material property parameters 3.pdf │ │ │ Bending coefficient table of commonly used materials (details).doc │ │ │ Friction coefficient of commonly used materials 2.pdf │ │ │ Friction coefficient of commonly used materials.doc │ │ │ Ultimate strength of commonly used materials.xls │ │ │ Theoretical calculation table of commonly used materials.xls │ │ │ Density of commonly used materials.pdf │ │ │ Commonly used material specifications and performance table.xls │ │ │ Commonly used mold steels.xls │ │ │ Summary table of commonly used hardness measurement test conditions.pdf │ │ │ Conversion table of commonly used Vickers, Brinell, and Rockwell hardness.doc │ │ │ Properties of commonly used metal elements.xls │ │ │ Density table of commonly used metal materials.xls │ │ │ Table of elastic modulus of commonly used metal materials 3.doc │ │ │ Density table of commonly used metal materials 2.doc │ │ │ Specific gravity reference table of commonly used metal materials.doc │ │ │ Weight calculation formula of commonly used metal materials 2.doc │ │ │ Commonly used metal density table.xls │ │ │ Commonly used steel standards and codes.xls │ │ │ Commonly used steel theoretical weight table.xls │ │ │ Properties of commonly used steels 30.doc │ │ │ Standards and standard examples of commonly used steel materials and must-have for steel sales personnel.doc │ │ │ Density, hardness, melting point of commonly used steel materials.xls │ │ │ Common metal sheet thickness units Ga and Inch, metric mm conversion table.xls │ │ │ Special-shaped steel specifications.xls │ │ │ Tensile strength of spring steel wire.pdf │ │ │ Strength and hardness comparison table.doc │ │ │ Strength and hardness conversion table.doc │ │ │ Free cutting brass series.doc │ │ │ Material safety data sheet.pdf │ │ │ Material density coefficient table.xls │ │ │ Material strength and hardness comparison table.pdf │ │ │ Material hardness conversion table.pdf │ │ │ Material hardness conversion table.xls │ │ │ Material budget and hardware manual (first edition).xls │ │ │ Rockwell HRC, Brinell HB comparison and conversion table.pdf │ │ │ Common specifications table for hot steel H-shaped steel. Hardness comparison table.dwg │ │ │ Hardness comparison table.pdf │ │ │ Hardness comparison table 2.pdf │ │ │ Hardness conversion table 1.pdf │ │ │ Hardness conversion table 14.pdf │ │ │ Hardness conversion table.pdf │ │ │ Hardness tester comparison table.pdf │ │ │ Hardness conversion table.pdf │ │ │ Chapter 5 Basic performance data of commonly used metal materials 58.pdf │ │ │ American die-cast aluminum alloy chemical composition table.pdf │ │ │ American standard ASTM E140 hardness conversion table.pdf │ │ │ Table 2-69 grades and chemical compositions of alloy cast steel.doc │ │ │ Planning and solving (how to use the least amount of steel).xls │ │ │ Complete theoretical weight table of angle steel 7.doc │ │ │ Specifications for the use of equipment parts materials.xls │ │ │ Mild steel, malleable iron and non-ferrous metal hardness conversion table.pdf │ │ │ Metal element symbol table.xls │ │ │Metal average grain size determination method.doc │ │ │ Thermal conductivity and linear expansion coefficient of metal materials.doc │ │ │ Density of metal materials 2.doc │ │ │ Metal hardness and strength conversion 2.doc │ │ │ Metal hardness comparison table.pdf │ │ │ Metal linear expansion coefficient.xls │ │ │ Steel heating temperature color comparison table.pdf │ │ │ Steel material common specifications unit weight table.doc │ │ │ Steel performance table.xls │ │ │ Steel material chemical composition comparison table.pdf │ │ │ Steel coloring marks. │ Calculation table for steel. 5.doc │ │ │ Approximate conversion of steel hardness and strength.xls │ │ │ Aluminum alloy physical properties table.xls │ │ │ Nickel alloy material chemical composition and physical properties comparison table 41.pdf │ │ │ Appendix D Weight calculation method and numerical rounding rules for theoretical weighing of steel plates.doc │ │ │ Appendix E Excerpts of sample dimensions from various countries.doc │ │ │ Appendix F Elongation conversion of steel.doc │ │ │ Appendix G Hardness value conversion of steel.doc │ │ │ Appendix: Spark identification of steel materials.pdf │ │ │ Bronze material standards.doc │ │ │ Non-ferrous alloys 8.doc │ │ │ Masteel hot-rolled H-beam product specifications (national standard).doc │ │ │ Brass.doc │ │ │ Ferrous metal hardness and strength conversion (GBT 1172-1999) 2.doc │ │ │ Ferrous metal hardness and strength conversion values ​​(GB/T1172-1999) 8.doc │ │ │ │ │ └─Hardness knowledge and metal technology │ │ Hardness knowledge and metal technology 01.jpg │ │ Hardness knowledge and metal technology 02.jpg │ │ Hardness knowledge and metal technology 03.jpg │ │ Hardness knowledge and metal technology 04.jpg │ │ Hardness knowledge and metal technology 05.jpg │ │ Hardness knowledge and metal technology 06.jpg │ │ Hardness knowledge and metal technology 07.jpg │ │ Hardness knowledge and metal technology 08.jpg │ │ Hardness knowledge and metal technology 09.jpg │ │ Hardness knowledge and metal technology 10.jpg │ │ Hardness knowledge and metal technology 11.jpg │ │ Hardness knowledge and metal technology 12.jpg │ │ Hardness knowledge and metal technology 13.jpg │ │ Hardness knowledge and metal technology 14.jpg │ │ Hardness knowledge and metal technology 15.jpg │ │ Hardness knowledge and metal technology 16.jpg │ │ Hardness knowledge and metal technology 17.jpg │ │ Hardness knowledge and metal technology 18.jpg │ │ Hardness knowledge and metal technology 19.jpg │ │ Hardness knowledge and metal technology 20.jpg │ │ Hardness knowledge and metal technology 21.jpg │ │ Hardness knowledge and metal technology 22.jpg │ │ Hardness knowledge and metal technology 23.jpg │ │ Hardness knowledge and metal technology 24.jpg │ │ Hardness knowledge and metal technology 25.jpg │ │ Hardness knowledge and metal technology 26.jpg │ │ Hardness knowledge and metal technology 27.jpg │ │ Hardness knowledge and metal technology 28.jpg │ │ Hardness knowledge and metal technology 29.jpg │ │ Hardness knowledge and metal technology 30.jpg │ │ Hardness knowledge and metal technology 31.jpg │ │ Hardness knowledge and metal technology 32.jpg │ │ Hardness knowledge and metal technology 33.jpg │ │ Hardness knowledge and metal technology 34.jpg │ │ Hardness knowledge and metal technology 35.jpg │ │ Hardness knowledge and metal technology 36.jpg │ │ Hardness knowledge and metal technology 37.jpg │ │ Hardness knowledge and metal technology 38.jpg │ │ Hardness knowledge and metal technology 39.jpg │ │ Hardness knowledge and metal technology 40.jpg │ │ Hardness knowledge and metal technology 41.jpg │ │ Hardness knowledge and metal technology 42.jpg │ │ Hardness knowledge and metal technology 43.jpg │ │ Hardness knowledge and metal technology 44.jpg │ │ Hardness knowledge and metal technology 45.jpg │ │ Hardness knowledge and metal technology 46.jpg │ │ Hardness knowledge and metal technology 47.jpg │ │ Hardness knowledge and metal technology 48.jpg │ │ Hardness knowledge and metal technology 49.jpg │ │ Hardness knowledge and metal technology 50.jpg │ │ Hardness knowledge and metal technology 51.jpg │ │ Hardness knowledge and metal technology 52.jpg │ │ Hardness knowledge and metal technology 53.jpg │ │ Hardness knowledge and metal technology 54.jpg │ │ Hardness knowledge and metal technology 55.jpg │ │ Hardness knowledge and metal technology 56.jpg │ │ Hardness knowledge and metal technology 57.jpg │ │ Hardness knowledge and metal technology 58.jpg │ │ Hardness knowledge and metal technology 59.jpg │ │ Hardness knowledge and metal technology 60.jpg │ │ Hardness knowledge and metal technology 61.jpg │ │ Hardness knowledge and metal technology 62.jpg │ │ Hardness knowledge and metal technology 63.jpg │ │ Hardness knowledge and metal technology 64.jpg │ │ │ └─1.11.8. Material grade│ 100. Stainless acid-resistant steel rod (GB 1200-92) (8).pdf │ 101. Stainless acid-resistant steel rod (GB 1200-92) (7).pdf │ 102. Stainless acid-resistant steel rod (GB 1200-92) (6).pdf │ 103. Stainless acid-resistant steel rods (GB 1200-92) (5).pdf │ 104. Stainless acid-resistant steel rods (GB 1200-92) (4).pdf │ 105. Stainless acid-resistant steel rods (GB 1200-92) (3).pdf │ 106. Stainless acid-resistant steel rods (GB 1200-92) (2).pdf │ 107. Stainless acid-resistant steel rods (GB 1200-92) (1).pdf │ 109. Cold-drawn high-quality structural steel (GB 3078-82) (2).pdf │ 110. Cold-drawn high-quality structural steel (GB 3078-82) (1).pdf │ 112. Free-cutting structural steel (GB 8731-88).pdf │ 113. High-speed tool steel (GB 9943-88).pdf │ 127. High-quality carbon steel for deep drawing (GJB 163-86).pdf │ 129. High-carbon chromium stainless bearing steel (GB 3086-82).pdf │ 12. Symbol table of commonly used chemical elements.pdf │ 130. Carburized bearing steel (GB 3203-82).pdf │ 131. Carbon tool steel (GB 1298-86).pdf │ 132. High-quality carbon structural steel (GB 699-88).pdf │ 133. Carbon structural steel (GB 700-88).pdf │ 16. Comparison table of stainless steel standard steel grades in various countries around the world.doc │ 17. Steel product names (3).pdf │ 18. Comparison table of old and new standard grades of welded structural weathering steel.pdf │ 2008 new stainless steel grade standard notes.doc │ 21. New and old low alloy structural steel grades.pdf │ 3. Comparison table of commonly used domestic and foreign steel grades (1).pdf │ 41. Comparison of world steel grades (easy-cut structural steel).pdf │ Analysis and solutions to quenching cracking of No. 45 steel parts.pdf │ 46. Comparison of world steel grades (heat-resistant steel).pdf │ 4. Comparison table of commonly used domestic and foreign steel grades (2).pdf │ 53. Hot-rolled steel plates and steel strips (GB 709-88) (3).pdf │ 54. Hot-rolled steel plates and steel strips (GB 709-88) (2).pdf │ 55. Hot-rolled steel plates and steel strips (GB 709-88) (1).pdf │ 56. Waste heat-treated steel bars for reinforced concrete (GB 13104-91).pdf │ 57. Hot-rolled straight and plain steel bars for reinforced concrete (GB 13013-91).pdf │ 59. Waste heat treated steel bars for reinforced concrete (GB 1499-91) (2).pdf │ 5. Comparison table of commonly used domestic and foreign steel grades (3).pdf │ 60. Waste heat treated steel bars for reinforced concrete (GB 1499-91) (1).pdf │ 66. Hot rolled H-shaped steel (GB 11263-89) (5).pdf │ 67. Hot-rolled H-shaped steel (GB 11263-89) (4).pdf │ 68. Hot-rolled H-shaped steel (GB 11263-89) (3).pdf │ 69. Hot-rolled H-shaped steel (GB 11263-89) (2).pdf │ 6. Comparison table of commonly used domestic and foreign steel grades (4).pdf │ 70. Hot-rolled H-shaped steel (GB 11263-89) (1).pdf │ 71. Hot-rolled L-shaped steel (GB 9946-88).pdf │ 72. Hot-rolled unequal angle steel (GB 9788-88).pdf │ 73. Hot-rolled equilateral angle steel (GB 9787-88).pdf │ 74. Hot-rolled I-beam (GB 706-88).pdf │ 75. Hot-rolled channel steel (GB 707-88).pdf │ 76. Hot-rolled flat steel (GB 704-88).pdf │ 77. Hot-rolled hexagonal steel and octagonal steel (GB 705-89).pdf │ 78. Carbon steel hot-rolled round steel for standard parts (GB 715-89).pdf │ 79. Hot-rolled round steel and square steel (GB 702-86).pdf │ 7. Comparison table of commonly used domestic and foreign steel grades (5).pdf │ 83. Steel for anchor chains (YB 897-88).pdf │ 84. Silver bright steel (GB 3207-88).pdf │ 85. Spring steel (GB 1222-64) (2).pdf │ 86. Spring steel (GB 1222-64) (1).pdf │ 87. Steel for steam turbine blades (GB 8732-88) (2).pdf │ 88. Steel for steam turbine blades (GB 8732-88) (1).pdf │ 8. Comparison table of commonly used domestic and foreign steel grades (6).pdf │ 90. Deformed permanent magnet steel (GBT 14991-94 instead of GBn 174-82).pdf │ 91. Heat-resistant steel (YBT 036.3-92).pdf │ 92. Heat-resistant steel rod (GB 1221-92) (6).pdf │ 93. Heat-resistant steel rods (GB 1221-92) (5).pdf │ 94. Heat-resistant steel rods (GB 1221-92) (4).pdf │ 95. Heat-resistant steel rods (GB 1221-92) (3).pdf │ 96. Heat-resistant steel rods (GB 1221-92) (2).pdf │ 97. Heat-resistant steel rod (GB 1221-92) (1).pdf │ 99. Stainless acid-resistant steel rod (GB 1200-92) (9).pdf │ 9. Commonly used domestic and foreign steel grade comparison table (7).pdf │ AISI (American steel grade representation method) 11.DOC │ ASTM Chinese and English comparison catalog.pdf │ GB700 Comparison of old and new standard grades.pdf │ H-beam and I-beam model comparison.pdf │ RAL color number comparison table.doc │ SMS Chinese and German material comparison.pdf │ SN359 SMS material comparison table.pdf │ stpm0001 Commonly used steel grade comparison table.pdf │ Seven countries material grade comparison.xls │ Seven countries’ material grade comparison table.xls │ Seven countries’ steel & aluminum alloy grade comparison table_K2.xls │ Comparison table of steel grades from seven countries Mold steel grades comparison table.xls │ Comparison table of steel grades from seven countries.xls │ Comparison table of steel grades from seven countries b.xls │ Comparison table of steel grades in seven countries l.xls │ Stainless steel heat-resistant steel grade comparison.doc │ Stainless steel standard steel grade comparison.pdf │ Stainless steel hot steel grade comparison and heat-resistant steel bar grade comparison.pdf │ Stainless steel hot steel grade comparison and heat-resistant steel rod grade comparison.pdf │ Stainless steel grade and performance explanation.pdf │ Stainless steel grade and chemical composition.pdf │ Stainless steel grade comparison table.doc │ Stainless steel grade comparison table.docx │ Characteristics and applications of stainless steel grades.doc │ Comparison of stainless steel grades.doc │ Comparison table of stainless steel standard grades in various countries around the world.doc │ Comparison of metal grades in various countries around the world 49.doc │ Comparison table of steel grades from various countries in the world.pdf │ Comparison of steel grades in the world.pdf │ Comparison of steel grades in the world 15.pdf │ The world steel number is compared with the WORD version, which is more convenient for reference.doc │ The world steel number is compared with stainless acid-resistant steel.pdf │ The world steel number is compared with alloy tool steel.pdf │ The world steel number is compared with alloy structural steel.pdf │ The world steel number is compared with spring steel.pdf │ The world steel number is compared with easy-cut structural steel.pdf │ The world steel number is compared with hardenability alloy structural steel.pdf │ World steel number comparison with rolling bearing steel.pdf │ World steel number comparison with carbon tool steel.pdf │ World steel number comparison with carbon structural steel.pdf │ World steel number comparison with heat-resistant steel.pdf │ World steel number comparison with high-speed tool steel.pdf │ World steel number comparison-easy-cut structural steel.pdf │ World steel number comparison.pdf │ World steel number comparison table.doc │ World steel grade comparison (easy-cut structural steel).pdf │ World steel grade comparison table.pdf │ Wire diameter comparison table.pdf │ Commonly used aluminum alloy grades comparison table in China and the United States 5.doc │ China, Japan, Hitachi and Datong steel grade comparison table.doc │ China and the world's major industries * * Steel grade comparison.xls │ China and * * * * * Approximate comparison of stainless steel grades.pdf │ Comparative analysis of steel plate standards for pressure vessels between China and Europe.pdf │ Comparison of steel grades between China and Europe.xls │ China and the United States, Japan, Germany, etc. * * Steel number comparison table 8.pdf │ China * * Introduction to the representation method of metal material grades.doc │ China’s representation method of metal material grades.pdf │ China’s steel grade representation method 5.docx │ Introduction to the representation method of Chinese (GB) metal material grades.doc │ Comparison table of commonly used mold material grades in China and foreign countries.doc │ Comparison table of commonly used metal materials and standard parts in China and foreign countries China Iron and Steel Design Institute.pdf │ Comparison table of commonly used steel grades in China and foreign countries 1.doc │ Comparison table of commonly used steel grades in China and foreign countries.doc │ Comparison table of commonly used steel grades and chemical compositions in Chinese and foreign countries.pdf │ Comparison table of standard steel grades in commonly used Chinese and foreign steels.doc │ Comparison table of Chinese and foreign materials. Comparison of Chinese and Foreign Steel Numbers Material Performance Table Hardness and Strength Approximate Conversion.xls │ Comparison of Chinese and Foreign Steel Numbers 1.xls │ Approximate comparison table of Chinese and foreign steel grades (comprehensive version).pdf │ Comparison table of Chinese and foreign steel grades.pdf │ Comparison of Chinese and foreign steel grades. │ Sino-German material comparison table.pdf │ Sino-German metal material comparison table 15.pdf │ Comparison table of Chinese and German metal materials.pdf │ Comparison table of Chinese and German steel grades.pdf │ Comparison table of Chinese and Italian material standards.pdf │ Comparison table of Chinese and Japanese materials.xls │ Comparison table of commonly used steel materials in China, Japan and the United States 3.doc │ Comparison of some ferrous metal materials in China and Japan 10.doc │ Comparison table of alloy grades in China and the United States.doc │ Comparison table of daily materials in China and South Korea. Comparison table of commonly used steel grades and imported steel grades for high-quality section steel (12).pdf │ Comparison table of commonly used steel grades and imported steel grades of high-quality section steel (2).pdf │ Comparison table of commonly used steel grades and imported steel grades of high-quality section steel (3).pdf │ Comparison table of commonly used steel grades and imported steel grades of high-quality section steel (4).pdf │ Comparison table of commonly used steel grades and imported steel grades of high-quality section steel (5).pdf │ Comparison table of commonly used steel grades and imported steel grades of high-quality section steel (6).pdf │ Comparison table of commonly used steel grades and imported steel grades of high-quality section steel (7).pdf │ Comparison table of commonly used steel grades and imported steel grades of high-quality section steel (8).pdf │ Comparison table of commonly used steel grades and imported steel grades of high-quality section steel (9).pdf │ High-quality carbon structural steel.pdf │ High-quality carbon structural steel.xls │ Low alloy high strength structural steel world steel grade comparison table.pdf │ Russian metal material grade representation method.pdf │ Physical properties of elements. Processing magnesium and magnesium alloy grades and chemical composition.pdf │ Die casting * * Standard comparison.xls │ Die-cast aluminum alloy grades.doc │ Deformed magnesium and magnesium alloy grades and chemical compositions.pdf │ Stainless steel standard steel grade comparison table in various countries (new version).doc │ Non-ferrous metal material grade comparison table in various countries.pdf │ Material comparison table in various countries (steel) processing characteristics.xls │ Introduction to the expression methods of metal material grades in various countries 88.pdf │ Representation of metal grades in various countries.pdf │ Comparison table of steel products in various countries.pdf │ Comparison table of steel pipes in various countries.doc │ Comparison table of brass grades and standards in various countries.doc │ Main features and uses of various grades of aluminum alloys.doc │ Physical property parameters of various metals.doc │ Thermophysical property values of various metals.doc │ Thermophysical property value parameters of various metals.jpg │ Various steel grades.doc │ Alloy Tool Steel. 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Pore structure and properties of metal fiber porous materials Tang Huiping, Wang Jianzhong 2016 edition.pdf │ Metal structure Xu Kejin 1.pdf │ Metal StructureXu Kejin 2.pdf │ Buckling Strength of Metal Structures Plasci 569.pdf │ Mesoscopic study of metal non-uniform deformation and low cycle damage.pdf │ Metallographic Atlas (Electric Power Industry Press).pdf │ Metallographic Inspection 2010 Edition.pdf │ The role of vanadium in microalloy steel 105.pdf │ Production process and equipment of vanadium and titanium products (Zou Jianxin).pdf │ Vanadium and titanium compounds and thermodynamics edited by Zou Jianxin, Cui Xumei and Peng Fuchang, 2019 edition.pdf │ Introduction to vanadium and titanium, edited by Zou Jianxin and Peng Fuchang, 2019 edition.pdf │ Titanium * * * 2009 edition by Pan Tingxiang, his son.pdf │ Titanium and titanium alloys 446.pdf │ Titanium alloy and its surface treatment.pdf │ Stress corrosion cracking of titanium alloy and aluminum alloy 127.pdf │ Titanium 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Properties of Steel Volume 6 Heat-Resistant Steels and High Temperature Alloys 2nd Edition Edited by Xie Changsheng and Cui Kun 2019 Edition.pdf │ Composition, Structure and Properties of Steel 2013.pdf │ Hardenability Application Technology of Steel Wu Jixun 388.pdf │ The structure and properties of steel Ying F. Brian Pickering.pdf │ The structure and strength of steel Yu Degang 483.pdf │ Steel structure refinement theory and control technology Weng Yuqing 1054.pdf │ Steel Structure Materials Manual Zhao Xiyuan 918.pdf │ Steel brittleness and engineering structure brittle fracture Zhou Shunshen 283.pdf │ Steel analysis 265.pdf │ Iron and Steel Materials Handbook Volume 10 Precision Alloy Materials.pdf │ Iron and Steel Materials Handbook Volume 1 Carbon Structural Steel.pdf │ Iron and Steel Materials Handbook Volume 2 Low Alloy High Strength Steel.pdf │ Iron and Steel Materials Handbook Volume 3 High-Quality Carbon Structural Steel.pdf │ Iron and Steel Materials Handbook Volume 4 Alloy Structural Steel.pdf │ Iron and Steel Materials Handbook Volume 6 Heat-Resistant Steel.pdf │ Iron and Steel Materials Handbook Volume 7 Tool Steel.pdf │ Iron and Steel Materials Handbook Volume 8 Spring Steel.pdf │ Iron and Steel Materials Handbook Volume 9 Bearing Steel.pdf │ Steel Powder 2012.pdf │ Steel Metallographic Atlas Huang Zhendong 1575.pdf │ Molybdenum Jia Rongbao, edited by Wang Benyi, 1993 edition.pdf │ Deformation and Fracture of Ferromagnetic Solids 2011 Edition.pdf │ Iron and Steel Materials Factsheet Japanese Metal Society, Japan Iron and Steel Association.pdf │ Copper and Copper Alloy Powders and Products 2010 Edition.pdf │ Copper, Lead and Zinc Smelting Design Reference Materials.pdf │ Aluminum and magnesium alloy standard sample preparation technology and its application 2011 edition.pdf │ The latest domestic and foreign standards for aluminum and aluminum alloy products and their engineering application technology.pdf │ Aluminum and aluminum alloy quick reference manual.pdf │ Aluminum metallurgical technology 2014.pdf │ Aluminum processing technology Q&A 2013.pdf │ Aluminum processing production technology 500 questions.pdf │ Xu Bangxue, the latest domestic and foreign standards for aluminum and aluminum alloy products and their engineering application technology 1923.pdf │ Aluminum and Aluminum Alloy Rolling Technology edited by Xu Fushun, Chen Debin, Yue Youcheng, etc. 2019 edition.pdf │ Aluminum Alloy 98.pdf │ Aluminum alloy and its processing manual (second edition).pdf │ Aluminum alloy and application Pan Fusheng.pdf │ Aluminum alloy profile production technology 2012.pdf │ Aluminum alloy profile surface treatment technology.pdf │ Aluminum alloy bar extrusion production 2011 edition.pdf │ Aluminum alloy application manual Lin Gang 1098.pdf │ Aluminum alloy extrusion tool and die technology.pdf │ Main defects and quality control technology of aluminum alloy materials 2012.pdf │ Aluminum alloy materials and their heat treatment technology 2012.pdf │ Application and development of aluminum alloy materials 2011 edition.pdf │ Application and technology development of aluminum alloy materials 494.pdf │ Aluminum alloy hot rolling and hot continuous rolling technology 2010 edition.pdf │ Aluminum alloy glass curtain wall.pdf │ Aluminum alloy production equipment and use and maintenance technology 2013.pdf │ Aluminum alloy tube, rod, wire production technology 2013.pdf │ Aluminum alloy forging technology 2012.pdf │ Aluminum alloy door and window design, production and installation 2013.pdf │ Aluminum Alloy Anodizing and Surface Treatment Technology 2nd Edition 2010 Edition.pdf │ Anodizing and Dyeing of Aluminum and Aluminum Alloys 2010 Edition.pdf │ Aluminum Profile Processing Practical Technical Manual.pdf │ Aluminum Manual Huo Liangyi 449.pdf │ Aluminum extrusion production technology 2013.pdf │ Aluminum materials and surface treatment manual Wang Zhutang 610.pdf │ Thermite nanocomposite energetic materials Wang Yi 2017 edition.pdf │ Aluminum electrolysis and aluminum alloy casting production and safety 2012.pdf │ Aluminum magnesium and its alloy electroplating and coating 2012.pdf │ A complete book of domestic and foreign standards for castings and their engineering application technology.pdf │ As-cast ductile iron edited by Ye Dingmin 2016 edition.pdf │ Casting alloy materials and solidification Hu Hanqi 469.pdf │ Casting alloy ingredient quick checker Chen Qi 979.pdf │ Cast titanium, bearing alloy 203.pdf │ Zinc and zinc alloys and applications 2011 edition.pdf │ A complete book on domestic and foreign standards for forgings and their latest engineering application technologies.pdf │ Magnesium alloys and applications 338.pdf │ Flame retardant materials and application technology Wang Yongqiang.pdf │ Flame retardant materials handbook edited by Yu Yongzhong and others, 1997 edition.pdf │ Chen Zhaoyou's selected papers on refractory materials, updated edition 2011.pdf │ Ceramic-metal material practical sealing technology second edition 2011 edition.pdf │ Physical properties of ceramic materials (1980, PDF high-definition version, with bookmarks).pdf │ Structure and Properties of Ceramics Australia MV Swain.pdf │ Refractory superhard and high temperature resistant boride materials and their applications edited by Yin Jiaqi, Meng Qingxiao, Ji Yanguang, Guo Licong, Zheng Jia, 2017 edition.pdf │ Fracture and fatigue of non-metallic engineering materials.pdf │ Non-metallic materials science Yin Fengshi 170.pdf │ Non-metallic materials science (volume 1).pdf │ Analysis of non-ferrous metals and alloys 2011 edition.pdf │ Basics of polymers Zhu Yongqun 297.pdf │ Polymer composite materials and their applications Lin Qizhao.pdf │ Polymer material performance testing manual high-definition reproducible text version.pdf │ Polymer material identification technology 2012.pdf │ Polymer material flame retardant technology manual Cai Yongyuan Liu Jingxian.pdf │ High-performance steel for building structures 2010 edition.pdf │ High-performance fiber composite materials 2013.pdf │ High Performance Fiber Technology Series Para-Aramid Fiber Edited by Ma Qianli, Li Changsheng, Tian Ming 2018 Edition.pdf │ High Performance Fiber Technology Series High Temperature Resistant and Corrosion Resistant Organic Fibers Jiang Zhenhua and Zhang Yunhe 2017 Edition.pdf │ High Performance Fiber Technology Series Polyarylate Fiber He Yong, Xia Yumin, Wei Peng, Wang Yimin 2017 Edition.pdf │ High Performance Fiber Technology Series Polyimide Fibers by Gao Lianxun 2017 Edition.pdf │ High Performance Fiber Technology Series Ultra High Molecular Weight Polyethylene Fibers edited by Zhao Ying, Wang Dujin, and Yu Junrong 2018.pdf │ High-performance fiber technology series High-strength and high-module polyvinyl alcohol fiber edited by Jiang Mengjin et al. 2017 edition.pdf │ High-performance fiber technology series High-performance glass fiber ancestor group, written by Zhao Qian, 2017 edition.pdf │ Magnetism and magnetic applications in high-tech.pdf │ High-tech industry popular science series new textbook 2011 edition.pdf │ High-temperature alloy Huang Ganyao.pdf │ Basic theory of application in high temperature alloy materials.pdf │ Special composite materials for high temperature 107.pdf │ Performance, strength design and engineering application of high-temperature metal materials Xu Zili 290.pdf │ High-tech One Hundred Thousand Whys New Material Xiao Ye.pdf │ College Textbook Metal Materials and Their Strengthening by Huang Bunsheng 2017 Edition.pdf │ College Trial Textbook Introduction to Glass Factory Design 2011 Edition.pdf │ Advanced Metal Materials 86.pdf │ The second edition of Materials Properties for Materials Major in Colleges and Universities edited by Fu Hua and Zhang Guanglei, 2017 edition.pdf │ Mechanical series planning textbook for higher vocational colleges Mechanical Engineering Materials and Forming Technology.pdf │ ├─1.27 Materials Paper │ │ "One-step" aluminum powder vanadium removal and refining titanium tetrachloride process.pdf │ │ Design of aluminum powder production control system based on IFIX.pdf │ │ Application of temperature and stress field coupling technology in aluminum powder silo design.pdf │ │ Smoke * * Passivation experiments and performance research of aluminum powder used in additives.pdf │ │ Surface modification and performance analysis of flake aluminum powder.pdf │ │ Spherical aluminum powder production status and market analysis.pdf │ │ Research progress on additional energy storage of nano-aluminum powder.pdf │ │ Analysis of aluminum scrap and aluminum ingot dual-purpose melting furnace using regenerative combustion technology.pdf │ │ Design and application of aluminum powder square cone mixer.pdf │ │ One-dimensional numerical calculation of the effect of aluminum powder concentration on the heterogeneous detonation of gasoline-nano aluminum powder suspension droplets.pdf │ │ │ ├─Material Selection Performance Paper Series 19 Series│ │ Material Selection Performance Paper Series Episode 10.pdf │ │ Material Selection Performance Paper Series Episode 11.pdf │ │ Material Selection and Performance Papers, Episode 12.pdf │ │ Material Selection and Performance Papers, Episode 13.pdf │ │ Material Selection and Performance Papers, Episode 14.pdf │ │ Material Selection and Performance Papers, Episode 15.pdf │ │ Material Selection and Performance Papers, Episode 16.pdf │ │ Papers on Material Selection and Performance, Volume 17.pdf │ │ Papers on Material Selection and Performance, Volume 18.pdf │ │ Papers on Material Selection and Performance, Volume 19.pdf │ │ Papers on Material Selection and Performance, Volume 1.pdf │ │ Papers on Material Selection and Performance, Volume 2.pdf │ │ Papers on Material Selection and Performance, Volume 3.pdf │ │ Material Selection and Performance Papers, Volume 4.pdf │ │ Material Selection and Performance Papers, Volume 5.pdf │ │ Material Selection and Performance Papers, Volume 6.pdf │ │ Material Selection and Performance Papers, Volume 7.pdf │ │ Material Selection and Performance Papers, Volume 8.pdf │ │ Collection of Papers on Material Selection and Performance, Episode 9.pdf │ │ │ ├─Episode 10 of Paper on Material Selection and Performance│ │ Economical Ni-Cr-Mo alloy with superior performance.pdf │ │ Research progress of polypropylene foam materials.pdf │ │ Characteristics of polypropylene materials and their application in potassium chloride conversion systems.pdf │ │ Structure and properties of polyacrylate emulsion-modified nanomagnesium hydroxide/cross-linked low-density polyethylene composites.pdf │ │ Research progress on hollow materials prepared by polymer template method.pdf │ │ Research on bonding process of polytetrafluoroethylene materials and Al alloys.pdf │ │ Current status and trends of relevant standards for polytetrafluoroethylene materials.pdf │ │ Exploration of turning processing methods of polytetrafluoroethylene material parts.pdf │ │ Improvement of polytetrafluoroethylene plate welding method.pdf │ │ Friction temperature and wear characteristics of polytetrafluoroethylene braided composite materials.pdf │ │ Research on processing of polytetrafluoroethylene thin-walled parts.pdf │ │ Research progress of polytetrafluoroethylene surface modification technology.pdf │ │ Research status and prospects of polyurethane functionally graded materials.pdf │ │ Experimental study on the friction and wear properties of polyurethane and polytetrafluoroethylene.pdf │ │ Flame retardant and pyrolysis properties of polyurethane foam.pdf │ │ Preparation and characterization of metal compound@mesoporous carbon-silicon composites.pdf │ │ Metal reverse extrusion technology and its application (5) 8.pdf │ │ Development and application prospects of metal reverse extrusion technology.pdf │ │ Performance and application of metal matrix composites.pdf │ │ Current status and prospects of metal matrix composites.PDF │ │ Development status of metal composite plate production methods.pdf │ │ Development and research of metal wear-resistant materials.pdf │ │ Lecture 3 of metal corrosion-resistant materials, corrosion-resistant low alloy steel.pdf │ │ Performance, development and application of titanium metal.pdf │ │ History of metallography and the early development history of alloy steel.pdf │ │ │ ├─Material Selection and Performance Papers Episode 11│ │ Analysis of surface defects of cold-rolled steel strip.pdf │ │ Research on material properties of biodegradable aliphatic-aromatic copolyester.pdf │ │ Research progress on antibacterial materials.pdf │ │ Research on hollow spherical mesoporous silicon-based materials supporting metallocene catalysts and catalyzing ethylene polymerization.pdf │ │ Research on bilinear characterization method of stress-strain relationship considering material strain strengthening effect.pdf │ │ Research on adhesive properties of polytetrafluoroethylene and rubber.pdf │ │ Research progress on core-shell polymers with polytetrafluoroethylene as the core.pdf │ │ Research progress on the melt-processability of polytetrafluoroethylene.pdf │ │ Application of polytetrafluoroethylene in mechanical seals of backwash pumps in SEC systems.pdf │ │ Research on the tribological properties of polytetrafluoroethylene-based wear-resistant coatings.pdf │ │ Research on the properties of friction materials for polytetrafluoroethylene-based ultrasonic motor rotor.pdf │ │ Research on the friction and wear properties of polytetrafluoroethylene composite materials.pdf │ │ Effect of polytetrafluoroethylene on the performance of flame-retardant ABS.pdf │ │ Pyrolysis experiment of polytetrafluoroethylene waste.pdf │ │ Modification of polytetrafluoroethylene and its application.pdf │ │ Research on laser engraving process parameters of polytetrafluoroethylene.pdf │ │ Research on temperature-changing infrared spectroscopy of polytetrafluoroethylene.pdf │ │ Research on pneumatic automatic feeding device for polytetrafluoroethylene powder.pdf │ │ Research on the adsorption/desorption behavior and mechanism of oil pollution by polytetrafluoroethylene fibers.pdf │ │ Preparation of polytetrafluoroethylene nanocomposites and their mechanical and tribological properties.pdf │ │ Application of polytetrafluoroethylene wear-resistant plates in coal bunker blockage prevention.pdf │ │ Polytetrafluoroethylene coated filter material and its application in dust pollution control in the cement industry.pdf │ │ Overview of the development of polytetrafluoroethylene copper-clad laminates.pdf │ │ Research on electroless nickel plating on the surface of polyester materials.pdf │ │ Leeb hardness tester indication analysis.pdf │ │ │ ├─Material Selection Performance Paper Series Episode 12│ │ Research on pitch-based carbon fiber composite absorbing materials.pdf │ │ Effect of sulfides on the fatigue life of GCr15 bearing steel.pdf │ │ Selection of high-temperature resistant lining materials for acid gas combustion furnaces in sulfur recovery units.pdf │ │ RS4 new corrosion-resistant steel suitable for the sulfuric acid industry.pdf │ │ Research on the friction and wear properties of calcium sulfate whisker modified polytetrafluoroethylene.pdf │ │ Phosphor bronze alloy.pdf │ │ Leeb hardness test application technology lecture series one.pdf │ │ Leeb hardness test application technology lecture series seven.pdf │ │ Leeb hardness test application technology lecture series three.pdf │ │ Leeb hardness test application technology lecture series nine.pdf │ │ Leeb hardness test application technology lecture series two.pdf │ │ Leeb Hardness Test Application Technology Lecture Series 5.pdf │ │ Leeb Hardness Test Application Technology Lecture Series 8.pdf │ │ Leeb Hardness Test Application Technology Lecture Series 6.pdf │ │ Leeb Hardness Test Application Technology Lecture Series 10.pdf │ │ Leeb Hardness Test Application Technology Lecture Series 4.pdf │ │ Aluminum_The development and current application of lithium alloys.pdf │ │ Interpretation of the new national standards for aluminum and aluminum alloys.pdf │ │ Wide-temperature rapid anodizing process for aluminum alloys before dyeing black.pdf │ │ Research on copper-aluminum alloying during spot welding of aluminum alloys.pdf │ │ Research on the characteristics of laser-melted Ni-based metal powder on the surface of aluminum alloys.pdf │ │ Back-dissolution of precipitated phases during high-energy shot peening nanonization of aluminum alloy surfaces.pdf │ │ Discussion on several issues in aluminum bronze melting and casting.pdf │ │ Research status and prospects of lithium-ion battery cathode materials.pdf │ │ Research progress of vanadium-based cathode materials for lithium-ion batteries.pdf │ │ │ ├─Material Selection and Performance Paper Series Episode 13│ │ Effect of internal oxidation process on Al2O3 particle distribution in Al2O3Cu composite materials.pdf │ │ Effect of shot peening on fatigue properties of 0Cr13Ni8Mo2Al steel.pdf │ │ Effect of shot peening on the microstructure of TC4 titanium alloy.pdf │ │ Wonderful metallic glass.pdf │ │ Reference temperature of fracture toughness ductile-brittle transition of a domestic pressurized water reactor pressure vessel forging material.pdf │ │ Determination of BHT and BHT in EVA materials by GC-MS BHA.pdf │ │ Chlorinated polyethylene (1) Hidetomi Akitoko.pdf │ │ Chlorinated polyethylene (2) Hidetomi Akitoko.pdf │ │ Material selection and anti-corrosion measures in the production process of concentrated nitric acid plant.pdf │ │ New technology for using leather waste as rubber and plastic filling material.pdf │ │ Preparation and application of nano-conductive polymer composites.pdf │ │ Application of nanomaterials and technology in water treatment.pdf │ │ Experimental study on compound flocculation of nanomaterials and inorganic flocculants.pdf │ │ Functional properties and applications of nanomaterials.pdf │ │ Research on friction and wear properties of nano-alumina modified polytetrafluoroethylene.pdf │ │ Analysis of conventional indicators of refractory materials.pdf │ │ Progress in research on wear-resistant steel.pdf │ │ Hastelloy for corrosion-resistant valves.pdf │ │ Molecular design of membrane separation materials and their application progress in the petrochemical industry.pdf │ │ Analysis of size design of rubber cylinders in expansion sleeves.pdf │ │ Effect of montmorillonite on halogen-free flame retardant PP/PA6 composites.pdf │ │ Research on montmorillonite flame retardant nanocomposites.pdf │ │ Discussion on the metallographic structure of niobium-chromium alloy cast iron piston rings.pdf │ │ Research progress of aluminate long afterglow luminescent materials.pdf │ │ Research on solid solution treatment of nickel-based high-temperature alloys after forging.pdf │ │ │ ├─Material Selection Performance Paper Series Episode 14│ │ Analysis of impact properties of three types of pipeline steel.pdf │ │ How to use Office components to realize automatic summary of pipe rack materials.pdf │ │ Research on the synthesis of calcium carbonate-cyclodextrin composite materials in Triton 17.pdf │ │ A brief discussion on the management and control of materials in PC engineering contracting projects.pdf │ │ A brief discussion on the application of low carbon martensitic steel in the petroleum machinery industry.pdf │ │ A brief discussion on the selection of heat exchange tube materials for internally heated fluidized beds.pdf │ │ A brief discussion on the key aspects of material control.pdf │ │ A brief discussion on the application of standardized management in material control.pdf │ │ A brief discussion on the compression permanent deformation properties of vulcanized rubber Guo Jianhua.pdf │ │ A brief discussion on polytetrafluoroethylene_Polyimide insulated wire and cable.pdf │ │ A brief discussion on the practical application of metal hardness indicators 9.pdf │ │ A brief discussion on the reciprocating compressor valve with PEEK valve material.pdf │ │ The influence of cryogenic treatment on the structure and properties of GCr15 steel.pdf │ │ Research on the elimination of residual stress of 7050 aluminum alloy by cryogenic treatment.pdf │ │ Research on the wall thickness and material selection of deep water top tensioned riser.pdf │ │ Experimental study on the molding process parameters of thermoplastic starch cushioning materials.pdf │ │ Effect of thermal hydrogen treatment on the processed structure of two-phase titanium alloy and beta titanium alloy.pdf │ │ Research on the effect of thermal aging on the failure assessment curve of the main pump casing material.pdf │ │ Finite element analysis of the ball indentation method to evaluate the tensile properties of the material.pdf │ │ Research progress of graphene and its derivative materials in heterogeneous catalysis.pdf │ │ Research on the oxygen reduction performance of graphene-loaded carbon quantum dot composites.pdf │ │ Research on the preparation of paraffin-based composite shaped phase change materials.pdf │ │ │ ├─Material Selection Performance Paper Series No. 15│ │ Research on Type III Interface Crack Propagation of Bimetal Material Composite Disk Plate.pdf │ │ Plastic parts structural design guidelines.pdf │ │ Plastic parts structural design summary 8.pdf │ │ Effect of aging system on the structure and properties of LC52 aluminum alloy.pdf │ │ Effect of aging on the structure and properties of 0Cr15Ni5Cu2Ti steel.pdf │ │ Materials for pressure-bearing shells of underwater separators.pdf │ │ General technical requirements and characteristics of underwater forging materials.pdf │ │ Definition and classification principles of carbon materials.pdf │ │ Special wear-resistant tool steel.pdf │ │ Research on factors affecting the wear resistance of special brass synchronizer ring.pdf │ │ Research on the construction of material management system of engineering companies in petroleum and chemical industry.pdf │ │ Material quality control in petrochemical equipment manufacturing.pdf │ │ Effect of carbon and niobium on the structure and properties of Inconel 718 alloy deposited layer.pdf │ │ Research on impact test of carbon fiber wound composite gas cylinder.pdf │ │ Application of sample reorganization technology in CRDM tube seat material performance evaluation.pdf │ │ Application of titanium and nickel materials in chlor-alkali industry.pdf │ │ Several hydrogen-free carburizing methods of titanium and titanium alloys.pdf │ │ Anodizing of titanium and titanium alloys.pdf │ │ Duality of hydrogen action in titanium alloys.pdf │ │ Low-temperature pulse micro-arc anodizing technology of titanium alloys.pdf │ │ Research on oxidation properties of titanium alloys.pdf │ │ Application of titanium materials in the equipment of the joint alkali branch of Yunnan Zhanyi Fertilizer Plant.pdf │ │ Titanium surface wear-resistant treatment technology.pdf │ │ Application of titanium metal in chlor-alkali production.pdf │ │ Research on the preparation and properties of butadiene rubber composites.pdf │ │ │ ├─Material Selection and Performance Papers Volume 16│ │ Research Progress on Filled Modified Polytetrafluoroethylene Composite Materials.pdf │ │ Research Progress on Natural Mineral Materials for Treating Heavy Metal Wastewater.pdf │ │ Application of Microwave in Synthetic Nanomaterials.pdf │ │ Research progress of functional materials prepared by microfluidic technology.pdf │ │ Analysis of the current status of ultra-high strength steel standardization in China.PDF │ │ Preparation of polytetrafluoroethylene hollow fiber membranes by push forming-stretching method.pdf │ │ Research on improving the thermal conductivity of aluminum alloys.pdf │ │ Development of coated steel plate technology.pdf │ │ Process measures to stabilize the quality of ductile iron.PDF │ │ Application and construction of polytetrafluoroethylene for grid movable supports.pdf │ │ Development and application of new catalytic materials for removing trace olefins.pdf │ │ Preliminary study on the wear resistance of iron-nickel rare earth alloy powder materials.pdf │ │ Smoke-free chemical polishing of copper parts.pdf │ │ Research on chemical polishing process of copper and its alloys.pdf │ │ Research progress of copper and copper alloy coloring process.pdf │ │ Development of corrosion inhibitors for copper and copper alloys - benzotriazole and its derivatives.pdf │ │ Introduction to copper and copper alloy knowledge.pdf │ │ Oxidation and prevention of copper and copper alloy wires.pdf │ │ Research and application of yellow smoke-free bright pickling process for copper and copper alloy parts.pdf │ │ Classification and application of copper alloys.pdf │ │ Research on dry sliding friction and wear properties of copper alloys.pdf │ │ Strengthening methods of copper alloys.pdf │ │ Strengthening mechanism and development status of copper-based alloys.pdf │ │ Discussion on low-voltage power supply and distribution design of copper extrusion machines.pdf │ │ Research and application of copper-aluminum composite materials.pdf │ │ │ ├─Episode 17 of Material Selection and Performance Papers │ │ Prospects for the Application of Advanced Steel Materials in the Oil and Gas Industry.pdf │ │ Prospects for the Application of Advanced Steel Materials in the Oil and Gas Industry.pdf │ │ Preparation of the adsorbent material ZIF-8 and its methane storage performance.pdf │ │ Development, problems and directions of low alloy steel and microalloy steel in China.pdf │ │ The structure and properties of several high-temperature alloys that are original and unique in China.pdf │ │ Current status and prospects of rare earth ferrosilicon alloys in China.pdf │ │ Thoughts on the transformation and development of my country's polymer material industry.pdf │ │ Research on solvothermal synthesis of inorganic functional material copper sulfide nanopowder.pdf │ │ Lead-free easy-cutting and corrosion-resistant aluminum alloy.pdf │ │ Structure and properties of lead-free free-machining magnesium brass.pdf │ │ Research, production status and development of WISCO microalloy and low alloy steel.pdf │ │ Phase transformation is related to the rational design and application of chemical equipment materials.pdf │ │ Overview of steel for interphase precipitation.pdf │ │ Behavior of rare earth Ce in Cu-Ni, Cu-B alloys.pdf │ │ Effect of rare earth Ce on the structure and properties of 5CrMnMo steel.pdf │ │ Historical review and current situation of rare earth application in steel.pdf │ │ Effect of rare earth on the conductivity of 6063 aluminum alloy.pdf │ │ Research progress of rare earth doped red long afterglow luminescent materials.pdf │ │ Research on rare earth improving the erosion and wear resistance of 40cr steel nitride layer.pdf │ │ Research on the electrical properties of rare earth aluminum alloys.pdf │ │ Low-temperature properties of fiber-reinforced polymer matrix composites.pdf │ │ Research on impact damage tolerance of fiber hoop-wound composite gas cylinders.pdf │ │ Characterization of cellulose-butyl methacrylate graft polymerized oil-absorbing materials and their oil-absorbing properties.pdf │ │ Preparation of oil-absorbing materials by grafting cellulose with alkyl methacrylate.pdf │ │ Modification of linear low-density polyethylene-magnesium hydroxide composite flame retardant materials.pdf │ │ │ ├─Material Selection Performance Paper Series Episode 18 │ │ Analysis of similarities and differences in material inspection of pressure vessels and gas cylinders.pdf │ │ Several issues that should be paid attention to in the substitution of pressure vessel materials.pdf │ │ Estimation method of fracture toughness value of pressure vessel materials.pdf │ │ Quality control of materials for pressure vessels.pdf │ │ Analysis and research on fatigue test of dissimilar material threaded joints of pressurized water reactor internal components under thermal cycle load.pdf │ │ Research on standardization of small punch test method (2) - Determination of room temperature tensile properties of materials.pdf │ │ Selection of materials for circulating cooling water valves and internal parts.pdf │ │ Measures and analysis of refractory ovens with circulating fluidized bed wear-resistant materials.pdf │ │ Discussion of refractory materials for circulating fluidized bed boilers.pdf │ │ Design and construction of refractory and wear-resistant materials for circulating fluidized bed boilers.pdf │ │ Synthesis and performance of new Schiff base photoelectric materials containing oxadiazole rings.pdf │ │ Synthesis and performance research of new thiadiazole ring-containing binary Schiff base optoelectronic materials.pdf │ │ Corrosion resistance and industrial application of new Hastelloy G-30.pdf │ │ Crystallization properties of new halogen-free flame-retardant polypropylene materials.pdf │ │ Application of new materials-conductive polymers in the electronics industry.pdf │ │ Application of new coal-water slurry pressurized gasifier refractory materials.pdf │ │ New spherical pore low porosity and high strength foam aluminum alloy.pdf │ │ Research on the aging system of new heat-resistant aluminum alloy forgings.pdf │ │ New iron-based wear-resistant material FCB alloy.pdf │ │ New copper alloy materials and their processing technology.pdf │ │ Development of new copper alloy bushings.pdf │ │ New high-strength and wear-resistant complex brass and its production technology.pdf │ │ New processes enable the development of copper alloys.pdf │ │ Wear resistance and cut resistance of rubber materials.pdf │ │ Research on the surface modification of banana fiber and its performance of reinforced epoxy resin composites.pdf │ │ │ ├─Episode 19 of Material Selection and Performance Papers│ │ Current research status of polymer materials for disposable medical equipment.pdf │ │ Preparation of lithium titanate material by one-step hydrothermal method.pdf │ │ Application of a new type of flexible low-temperature cold insulation material in LNG projects.pdf │ │ A new type of high-strength steel for shafts.pdf │ │ Design of a simple anodizing coloring device for aluminum and aluminum alloys.pdf │ │ Patented name of high hardness, wear-resistant material.pdf │ │ Application of ethylene-propylene rubber in medium and high-voltage cables in China.pdf │ │ Automatic statistics of instrument installation materials.pdf │ │ Formation and influencing factors of pores in die-cast aluminum-silicon alloy.pdf │ │ Determination of antimony in food packaging materials by atomic fluorescence photometry.pdf │ │ Research on factors affecting the quality of aluminum alloy anodized films.pdf │ │ Factors affecting chemical coloration of brass.pdf │ │ The latest corrosion-resistant nickel alloy.pdf │ │ Research progress in organic solar cell materials and devices.pdf │ │ Synthesis and catalytic application of organic acid-base functionalized mesoporous materials.pdf │ │ The influence of oxidation bath liquid circulation method on the quality of aluminum alloy oxide film.pdf │ │ Zhejiang Fengli Waste Plastic Composite Material Recycling and Treatment Complete Equipment Selection Key Product Catalog.pdf │ │ Titanium alloy material used for steam turbine blades - Ti-6Al— 4V.pdf │ │ Patent analysis of anode materials used in lithium-ion power batteries.pdf │ │ The role of hardness testing in testing the performance of T91 materials.pdf │ │ The influence of clay nanocomposite structure and performance.pdf │ │ Prevention and treatment of oxidative discoloration of copper tubes.pdf │ │ Preparation and performance research of sucrose-based hard carbon anode materials.pdf │ │ Clinical application of recombinant human bone morphogenetic protein-2 combined with nanocrystalline collagen-based bone grafting fusion in lumbar spine instability.pdf │ │ Iron removal from cast aluminum alloy.pdf │ │ Friction and wear properties of cast aluminum bronze alloy Cu-14Al-4Fe-Mn.pdf │ │ Research progress of cast iron aluminizing process.pdf │ │ Cast iron grinding ball.pdf │ │ A new method to predict the low cycle fatigue life of materials.pdf │ │ │ ├─Material Selection Performance Papers Volume 1│ │ 10Cr9Mo1VNb (T91) High Pressure Boiler Tube Steel Special Steel Volume 15 Issue 6.pdf │ │ Cold Crack Sensitivity Analysis of 10Ni8CrMoV Steel.pdf │ │ Response of 16Mn steel to impact tensile load at low and normal temperatures.pdf │ │ Differences and usage characteristics of 20, 20G, 20g, 20R carbon structural steel.pdf │ │ Colorless conductive oxidation on the surface of 2A12 aluminum alloy.pdf │ │ Microstructure and performance analysis of laser surface alloying of 2Cr13 steel.pdf │ │ 2LiH composite hydrogen storage performance.pdf │ │ 2.25 Cr-1 Mo and 2.25 Cr-1 Mo-0.25 V steel hydrogenation reactor materials and manufacturing experience.pdf │ │ Softening characteristics of 30Cr1Mo1V steel in high temperature and low cycle fatigue.pdf │ │ Creep-fatigue interaction behavior and life prediction of three high-temperature alloys.pdf │ │ The relationship between the carbon content of 40Cr and tempering temperature.pdf │ │ Phase structure analysis of the chromium-plated and boronized layer on the surface of 45 steel.pdf │ │ Analysis of two metallographic structures of 45 steel quenched and tempered connecting rods.pdf │ │ Development of 6005A aluminum alloy large special profiles.PDF │ │ Research on the properties of 6013 aluminum alloy extruded profiles.pdf │ │ Selection of chemical composition of 6063 aluminum alloy.pdf │ │ Repair of extra large shaft cracks in 60Mn steel.pdf │ │ Development of 70Cr2Mn2MoVBRe alloy cast steel.pdf │ │ Al_Si_Mn_Research on new Fe high resistivity aluminum alloy materials.pdf │ │ Al_Si_Mn_Research on Fe high resistivity aluminum alloy.pdf │ │ Effect of Al ratio on the luminescence properties of long afterglow materials in strontium aluminate system.pdf │ │ ASME nuclear power construction specifications for material toughness requirements.pdf │ │ High-density polyethylene pipe materials prepared by BCE catalyst.pdf │ │ Material selection for C1601 low-temperature methanol washing absorption tower.pdf │ │ Research on the strengthening mechanism of C194 copper alloy.pdf │ │ Ce-TiO2 composite photocatalytic material.pdf │ │ Synthesis and performance research of CoMn2O4 new lithium-ion battery anode material.pdf │ │ Analysis of acoustic emission characteristics of hydraulic blasting of FRP composite container.pdf │ │ GB 150.2—2011 "Pressure Vessel Part 2: Introduction to Materials.pdf │ │ Overview of Hastelloy C series alloys.pdf │ │ │ ├─Material Selection and Performance Papers Volume 2│ │ 07 Experimental study on impact toughness and fracture toughness of MnNiMoDR steel after fire.pdf │ │ Prediction of the life of 12Cr1MoV heterogeneous joints.pdf │ │ 12Cr2Mo1 Test analysis and countermeasures for the reasons for unqualified flaw detection of R thick plate.pdf │ │ Analysis of the reasons for unqualified low-temperature impact toughness of 12Cr2Mo1 forging flange.pdf │ │ Creep-fatigue test and creep recovery behavior of 15CrMo steel.pdf │ │ Comparative analysis and substitution of 16MnDR and SA-516 steel plates.pdf │ │ Analysis of acoustic emission characteristics of 16MnR specimen during low-temperature tensile process.pdf │ │ Research on the microstructure evolution of 2.25Cr-1.6W (T23) ferritic heat-resistant steel during service.pdf │ │ Research on defects and phase analysis of the bonding zone of 304/Q245 R explosive composite plate.pdf │ │ Research on the microstructure of the bonding zone of 316L/15CrMoR explosive composite plate.pdf │ │ Research on solid powder aluminizing and aluminizing layer properties of 35CrMo steel.pdf │ │ Discussion on retesting issues of composite steel plates with thickness above 40mm.pdf │ │ Development of 4Cr-1Mo thick steel plates.pdf │ │ Research on local embrittlement of ASTM 4130 steel.pdf │ │ Application of HP40-Nb heat-resistant alloy in centrifugal cast pipes of petrochemical equipment.pdf │ │ Macrosegregation of Inconel+706 alloy_dark spots_Formation characteristics and organizational behavior.pdf │ │ Development of INCONEL718 superalloy.pdf │ │ Preparation and application prospects of LED luminescent materials.pdf │ │ Preparation of MnO2 composite materials and research on their application in electrochemical supercapacitors.pdf │ │ Performance of MoS2 filled polytetrafluoroethylene composites.pdf │ │ Omega creep life evaluation method and application.pdf │ │ Research status of creep-fatigue interaction of P91 steel.pdf │ │ Analysis of fracture characteristics of creep-fatigue test of P92 steel.pdf │ │ Creep properties of P92 steel.pdf │ │ Synthesis and characterization of pH-sensitive polymer materials.pdf │ │ Number of files.txt │ │ │ ├─Episode 3 of Material Selection and Performance Papers│ │ Application of PIR cold insulation materials and their economic benefits.pdf │ │ Research on the preparation and performance of PTT/MMT nanocomposites.pdf │ │ Analysis of factors affecting the impact properties of materials used in PVC polymerization kettles.pdf │ │ Q235B pitting corrosion process acoustic emission monitoring experiment.pdf │ │ Comparison and application of Q345R (HIC) steel and SA-516 steel.pdf │ │ Correct application of Q series structural steel standards.pdf │ │ Research on SA composite small ball water blocking agent.pdf │ │ Synthesis and catalytic performance of SO4^2-/Zr-SBA-15 mesoporous materials.pdf │ │ T92 steel high temperature creep performance and life evaluation.pdf │ │ U-notch small punch test to evaluate the anisotropy of materials.pdf │ │ Effect of V-notch on the low-cycle fatigue life of 06Cr19Ni10 steel.pdf │ │ Production and application of X80 grade pipeline steel.pdf │ │ Experimental study on crack tip opening angle of X80 pipeline steel.pdf │ │ Development of ZG35Cr3MoNiRe weldable and wear-resistant cast steel.pdf │ │ Research on work hardening mechanism of ZGMn18Cr2Mo ultra-high manganese steel.pdf │ │ Synthesis of ZnO composite nanomaterials and research on catalytic olefin epoxidation performance.pdf │ │ 8. Friction materials 22.pdf │ │ Research on the state code system of deformed aluminum and aluminum alloys.pdf │ │ Extrusion analysis of deformed aluminum alloys.pdf │ │ Several comments on the wear resistance of austenitic manganese steel.pdf │ │ Research status of Barkhausen noise in the field of fatigue life assessment of ferromagnetic materials used in power stations.pdf │ │ Research progress of amine-modified silica gel materials.pdf │ │ Synthesis and application of amine silica gel materials.pdf │ │ Application research of bainitic wear-resistant steel.pdf │ │ Current status and development of low alloy steel and microalloy steel varieties in Anshan Iron and Steel Co., Ltd..pdf │ │ │ ├─Material Selection Performance Paper Series Episode 4 │ │ Steel under different sliding dry friction conditions_Research on the friction and wear performance and surface morphology characteristics of iron friction pairs.pdf │ │ Research on hard anodizing process of different aluminum alloys in sulfuric acid liquid.pdf │ │ Research on the preparation of micropowder from polytetrafluoroethylene dispersion.pdf │ │ Structure and properties of oil-extended styrene-butadiene rubber Ding Lin.pdf │ │ Vigorously promote the application of 400MPa lII grade steel bars.pdf │ │ Current status of research on high-power LED device packaging materials.pdf │ │ Research on rapid hard anodizing process of aluminum alloy under high current.pdf │ │ Development of WH610D2 steel for large linear energy welding.pdf │ │ Discussion on the regulation of P/D^2=constant in Brinell hardness test and the unity between similar principles.pdf │ │ Research progress on technology to enhance hydrogen storage capacity of carbon-based adsorption materials at room temperature.pdf │ │ Identification methods of commonly used steel materials.pdf │ │ Assembly and product engineering of intercalated structural functional materials.pdf │ │ Materials Science Workers * Thinking about macroscopic things.pdf │ │ Surface engineering technology of materials.pdf │ │ Application of material management integrated system in large-scale international EPC projects.pdf │ │ Material energetics Calculation and application of relationship between material energy.pdf │ │ Structure of material energetics.pdf │ │ Application value of standardized material coding in multi-device projects.pdf │ │ Some progress on the effect of residual stress on material fatigue properties.pdf │ │ Research progress on magnetic field-responsive shape memory polymer composites.pdf │ │ Effect of winding tension on the stress of ring-wound composite cylinders.pdf │ │ Simulation of X-ray diffraction patterns of superhard material C3N4.pdf │ │ Current status of localization technology of SUPER304H steel pipes for ultra-supercritical boilers Dongfang Boiler 2007 Issue 2.pdf │ │ Defect analysis of all-composite cylinders for compressed natural gas used in vehicles.pdf │ │ Special materials used in the acetic acid industry.pdf │ │ │ ├─Material selection and performance papers, Volume 5│ │ Preparation of titanium dioxide nanomaterials and research on their photocatalytic properties.pdf │ │ Research on dialkoxy p-phenylacetylene polymer luminescent materials I. Phase transfer catalytic synthesis intermediate 1,4-dibutoxybenzene.pdf │ │ Performance and application of low-alloy bainite cast steel.pdf │ │ Finite element analysis and experimental study of burst pressure of low-temperature composite gas cylinders.pdf │ │ Selection of low-temperature multi-effect seawater desalination engineering materials.pdf │ │ Application of low-temperature elastomer cooling materials in cracking devices and analysis of energy-saving effects.pdf │ │ Low-temperature steel and its applications.pdf │ │ Low-heat solid-phase synthesis of lithium cobalt phosphate cathode material for lithium-ion batteries.pdf │ │ The causes, hazards and elimination of banded structures in low-carbon alloy steel.pdf │ │ High-strength and high-toughness aluminum alloys for Russian aviation.pdf │ │ Research on polytetrafluoroethylene composite separators for power batteries.pdf │ │ Research progress of single-site catalyst polyolefin materials.pdf │ │ Design of reverse arched grooved Hastelloy C material bursting disc.pdf │ │ Research progress of olefin coordination polymerization catalyst supported by porous materials.pdf │ │ Research progress and prospects of porous carbon materials.pdf │ │ Research progress of preparation of porous metal materials.pdf │ │ Thermal coupling stress analysis and component design of multi-component material spherical containers.pdf │ │ Evolution of toughness requirements for large rotor forging materials.pdf │ │ Preparation and performance research of sodium p-styrene sulfonate modified hydrotalcite/nitrile rubber composites.pdf │ │ Solution to the deformation problem of polytetrafluoroethylene materials clamped by spring chucks.pdf │ │ Silicon steel sheets commonly used in power tool motors.pdf │ │ Wear-resistant and heat-resistant parts for power plants.pdf │ │ Effect of electric field aging on the micro-deformation behavior of LY12 aluminum alloy.pdf │ │ Research on the relationship between spheroidization and hardness of power station boiler tube materials.pdf │ │ Process treatment to prevent cracking of 45 steel workpieces.pdf │ │ │ ├─Episode 6 of Material Selection Performance Papers│ │ Application of fractal technology in fracture of 40cr steel.pdf │ │ Hierarchical structure mesoporous-macroporous materials and their practical applications.pdf │ │ Manufacturing technology of composite thick steel plates.pdf │ │ Research on fatigue life of composite materials Xu Renping Zhan Zhaolin Duan Xiaojian.pdf │ │ Analysis of impact damage of composite wound pressure vessels.pdf │ │ Research on the influence of composite winding layer defect depth on the strength of CNG-2 gas cylinders.pdf │ │ The relationship between the thickness of the head material and the minimum forming thickness.pdf │ │ Waste plastic composite material recycling technology and equipment has become a key area for the development of high-end equipment manufacturing in Zhejiang Province.pdf │ │ Preliminary exploration and analysis of ways to improve the thermal conductivity of aluminum alloys.pdf │ │ Progress in tribological research on modified polytetrafluoroethylene.pdf │ │ Research and application status of modified polyoxymethylene materials.pdf │ │ Development of improved extra-thick normalized low-temperature vessel steel plate SA516 Gr.70.pdf │ │ Improved anodizing process of aluminum and aluminum alloys.pdf │ │ Application of fluoroplastics.pdf │ │ Application of fly ash in rubber and plastic composite materials.pdf │ │ Synthesis and properties of phenanthroimidazole bipolar luminescent materials.pdf │ │ Elongation and pre-tensioning technology of steel wire rope.pdf │ │ Flame correction method for steel deformation.pdf │ │ Yield strength and activation energy of steel.pdf │ │ Methods to prevent polytetrafluoroethylene processing deformation.pdf │ │ Comparative experimental study on the characterization of plastic damage of metals and organic materials by nonlinear ultrasonic technology.pdf │ │ Effect of femtosecond laser on the surface of polytetrafluoroethylene.pdf │ │ Research on the durability of aircraft titanium alloy fastening hole structural parts.pdf │ │ High-grade corrosion-resistant alloy material properties and key equipment preparation technology.PDF │ │ Metallographic structure and wear resistance of high chromium cast iron, 100V steel and nickel-based alloys.pdf │ │ │ ├─Material Selection and Performance Papers Volume 7│ │ The influence of various alloying elements on steel properties.pdf │ │ Engineering plastic surface chemical gold plating process.pdf │ │ The influence of chromium and zirconium content on the structure and properties of copper alloys.pdf │ │ Research progress of high-strength, high-conductivity copper alloys and copper-based composite materials.pdf │ │ Development trends of high-strength bolt steel.pdf │ │ Development and application of high-strength bolt steel.pdf │ │ High-strength and high-conductivity copper alloy.pdf │ │ Research on high-strength and wear-resistant complex aluminum brass.pdf │ │ Research on high-strength and wear-resistant manganese brass.pdf │ │ Research on surface strengthening process of high-strength aluminum alloy.pdf │ │ Research status of high-strength and high-conductivity copper alloy.pdf │ │ Research progress of high-strength and high-conductivity copper alloy.pdf │ │ Research hot spots and development trends of high-strength and high-conductivity copper alloy.pdf │ │ Design ideas and applications of high-strength and high-conductivity copper alloy.pdf │ │ Research status of high-strength, high-conductivity and high-heat-resistant dispersion-strengthened copper alloys.pdf │ │ Research on the manufacturing process of high-performance polytetrafluoroethylene sealing materials.pdf │ │ High-efficiency heat transfer aluminum alloy radiator.pdf │ │ High-efficiency, energy-saving and environmentally friendly polytetrafluoroethylene heater.pdf │ │ High vacuum multi-layer insulation material * * Standard development.pdf │ │ Advanced elastic materials_Beryllium copper alloy.pdf │ │ Performance and application of high corrosion-resistant Hastelloy G-30.pdf │ │ Materials and processing techniques for copper alloy contact wires used in high-speed trains.pdf │ │ Research on the fractal mechanism of high-speed milling aluminum alloy surface microstructure.pdf │ │ Comparison of wear resistance between high-chromium cast iron materials and nickel-based alloys.pdf │ │ High toughness gear steel.pdf │ │ │ ├─Material Selection and Performance Paper Series Episode 8│ │ Discussion on the selection of compressor aftercooler tube bundle materials.pdf │ │ Chemical equipment material surface and its impact on interface adhesion strength.pdf │ │ Thick plate UNS N08810 material pressure vessel manufacturing inspection and control.pdf │ │ Synthesis and properties of new optoelectronic materials containing double Schizo structures.pdf │ │ Progress in the synthesis and application of phthalocyanine metal materials containing axial ligands.pdf │ │ Preparation methods and applications of phosphorus-containing graphene composites.pdf │ │ Preparation and properties of chromium-free self-lubricating passivation liquid containing polytetrafluoroethylene.pdf │ │ Hastelloy C), Inconel and Incoloy alloys and their applications.pdf │ │ Hastelloy B3 material forming and processing method.pdf │ │ Basic characteristics and processing of Hastelloy G-30.pdf │ │ Development overview and standard analysis of domestic and foreign composite gas cylinders (1).pdf │ │ Analysis of the development status and standards of composite gas cylinders at home and abroad (2).pdf │ │ Analysis of research progress and development trends of space composite pressure vessels at home and abroad (1).pdf │ │ Analysis of research progress and development trends of space composite pressure vessels at home and abroad (2).pdf │ │ New progress in manufacturing technology of foreign high-alloy material high-pressure air coolers.pdf │ │ Research on international support and hanger material control systems.pdf │ │ Detailed explanation and practical significance of thermal properties and wear resistance of engineering plastics 3.pdf │ │ Engineering project material selection and control.pdf │ │ Core-shell composite material Y-SiO_2 with ZSM-5-SiO_Industrial scale-up preparation and characterization of 2.pdf │ │ Application status and development suggestions of offshore oil equipment materials (Part 1).pdf │ │ Application status and development suggestions of offshore oil equipment materials (Part 2).pdf │ │ Research on the synthesis of long afterglow luminescent materials in silicate systems.pdf │ │ Recommendations on the classification of material grades in the preparation of national standards for pipe fittings.pdf │ │ High strength and toughness Al for aviation_Zn_Mg_Research progress of Cu-based aluminum alloys.pdf │ │ An easy-to-remember form of the empirical formula for converting ferrous metal hardness.pdf │ │ │ └─Material selection and performance paper collection Episode 9│ AC impedance method to study the pulse oxidation film on the surface of aluminum alloy.pdf │ Research progress of immobilized enzymes in mesoporous materials and their application prospects.pdf │ Research progress of sisal fiber/polymer composite materials.pdf │ Hydrogenation reactor main body material and structural design.pdf │ Small punch test study based on A350 forging anisotropic material.pdf │ Automatic statistics of instrument installation materials based on Excel and AutoCAD.pdf │ FRP composite container damage acoustic emission signal pattern identification based on K-means clustering.pdf │ EPC project material control planning and deployment based on MARIAN system.pdf │ Composite proton exchange membrane based on microporous polytetrafluoroethylene.pdf │ Optimal design of underwater vehicle shell based on polytetrafluoroethylene.pdf │ Characterization of fracture behavior of domestic reactor pressure vessel materials based on load diagram technology.pdf │ Effect of machining residual stress on fatigue properties of quenched and tempered 40CrNiMo steel.pdf │ Discussion on steel selection in mechanical engineering.pdf │ Piston ring material.PDF │ Preparation and application of activated carbon loaded Cu2O photocatalytic material.pdf │ Expansion cracks in gray cast iron.pdf │ New process of environmentally friendly chemical polishing and passivation of copper and copper alloys.pdf │ Research on surface chemical conversion process and performance of environmentally friendly aluminum and aluminum alloys.pdf │ Properties of epoxy resin composites.pdf │ Preparation and performance research of methylcellulose shaped phase change materials.pdf │ Selection principles of metal materials.pdf │ Metal sheet forming properties and its CAE analysis.pdf │ A simple representation of metal purity.pdf │ Brass and tin are chemically colored black on their surfaces.pdf │ └─1.27 Materials courseware │ 2. Materials of steel structures 28.ppt │ 4 refractory materials 74.ppt │ 7. Alloy steel 124.ppt │ Stainless steel application and material selection.ppt │ Temporary elastomer rubber state.ppt │ Pressure-sensitive adhesive principle and technology introduction.pdf │ Pressure-sensitive adhesive double-sided adhesive bonding technical knowledge (76 pages - basic principles and purposes.ppt │ Classification and phase ratio of duplex stainless steel.ppt │ Plastic properties and applications 21.ppt │ Properties and Applications of Plastic Materials.ppt │ Introduction to Plastic Material Properties.ppt │ Introduction to Composite Materials 7-Glass Fiber.ppt │ Engineering Alloy Structural Steel.ppt │ Engineering Materials * * * .ppt │ Engineering Materials Chapter 7 Ferrous Metals and Their Selection 105.ppt │ Engineering materials.ppt │ Basics of engineering materials and thermal processing.ppt │ Introduction to common nickel-based alloys PPT 39.pdf │ Mechanical manufacturing structural steel.ppt │ Principles of material selection for mechanical parts 88.ppt │ Fundamentals of Materials Science Material Properties and Tensor Fundamentals.ppt │ Basic Structure and Properties of Materials Science.ppt │ Metastable State of Materials PPT 12.pdf │ Material deformation and fracture 16.ppt │ Material surface engineering PPT 168.pdf │ Material Lecture PPT 210.pdf │ Rubber waterstop installation instructions.pptx │ Fluorine rubber.ppt │ Thermoplastic polyurethane technical information 9.ppt │ Chapter 10 Selection of commonly used mechanical engineering materials.ppt │ Chapter 10 Structural steel and its selection 21.ppt │ Chapter 10 Selection of Commonly Used Mechanical Engineering Materials.ppt │ Section 11 Aluminum Alloy 44.ppt │ Chapter 1 Aluminum and Aluminum Alloys 57.ppt │ Chapter 1 Introduction to Steel Alloying PPT 22.pdf │ Chapter 3 Structural steel for machine parts PPT 112.pdf │ Chapter 3 Steel for Machine Parts PPT 14.pdf │ Chapter 3 Mechanical Engineering Materials.ppt │ Chapter 4 Crystallization and Fine-grain Strengthening of Pure Metals 42.ppt │ Chapter 5 Stainless Corrosion Resistant Steel PPT 5.pdf │ Chapter 6 Commonly used machine parts material selection.ppt │ Chapter 6 Heat-resistant steel PPT 3.pdf │ Chapter 6 Cast Iron 21.ppt │ Chapter 7 Non-ferrous metals and their alloys 51.ppt │ Chapter 8 Selection of Engineering Materials.ppt │ Chapter 8 Commonly Used Non-Metallic Materials 16.ppt │ Chapter 1 Introduction to Functional Materials.ppt │ Chapter 1 Structure of Materials.ppt │ Chapter 1 Main Properties of Metal Materials 23.ppt │ Chapter 7 Failure and Material Selection of Mechanical Parts.ppt │ Chapter 7 Metal Matrix Composite Material Interface.ppt │ Chapter 7 Cast Iron 35.ppt │ Chapter 3 Metallurgy, Heat Treatment and Materials 29.ppt │ Chapter 3 Impact toughness and low temperature brittleness of materials 52.ppt │ Chapter 3 Macroscopic Laws of Metal Plastic Processing 63.ppt │ Chapter 3 Metallurgy, Heat Treatment and Pressure Vessel Materials 34.ppt │ Chapter 3 Titanium and Titanium Alloy PPT 60.pdf │ Chapter 3 - Impact toughness and low temperature of materials.ppt │ Section 3 Non-ferrous metals and their alloys 26.ppt │ Chapter 9 Material selection of typical parts and application of engineering materials.ppt │ Chapter 2 Corrosion-resistant inorganic materials.ppt │ Chapter 2 Crystal structure of metals and alloys 24.ppt │ Chapter 2 Hydrogen Storage Materials and Magnetic Materials 138.ppt │ Chapter 2 Properties of Metal Materials 40.ppt │ Part 2 Engineering Materials.ppt │ Chapter 5 Plasticity of Metals 41.ppt │ Chapter 5 Packaging Auxiliary Materials 59.ppt │ Chapter 8 Industrial Steel 39.ppt │ Chapter 6 Industrial Steel 122.ppt │ Chapter 6 Nonferrous Metals and Their Alloys 40.ppt │ Chapter 6 Cast Iron 21.ppt │ Chapter 12 Material selection of mechanical parts and blank selection.ppt │ Chapter 10 Material selection of typical mechanical parts.ppt │ Chapter 10. Material selection of mechanical parts.ppt │ Chapter 4 Friction and lubrication of metal plastic processing 21.ppt │ Chapter 4 Ceramic Materials.ppt │ Heat-resistant steel and iron-based high-temperature alloy PPT 94.pdf │ Festool grinding materials 61.ppt │ Heat-strength steel for super (super)critical boilers and welding performance 30.ppt │ Metal Technology 169.ppt │ Metal material failure analysis PPT 601.pdf │ Introduction to Metal Materials Chapter 1 Main Properties of Metal Materials 23.ppt │ Overview of metal materials 29.ppt │ High temperature strength of metal materials 92.ppt │ Metal material quality inspection technology 928.ppt │ Basic knowledge of steel wire balls.pptx │ Alloying elements in steel.ppt │ Basic knowledge of steel 79.pptx │ Ferritic stainless steel.ppt │ Copper alloy 39.ppt │ Aluminum and aluminum alloys 48.ppt │ Cast high alloy steel 10.ppt │ Forging grade classification PPT 15.pdf │ Part fracture failure and material strength 38.ppt │ Non-metal new materials industry and technology 48.pptx │ Non-metallic materials and their forming.ppt │ 3. Plasticity of metals 52.ppt │ 5.Fracture of metal 55.ppt │ ├─Fundamentals of Engineering Materials and Thermal Processing │ Chapter Seven Non-ferrous Metals and Their Alloys.ppt │ Introduction to Mechanical Engineering Materials and Thermal Processing Courses.ppt │ Chapter 10 Forging Production.ppt │ Chapter 2 Crystal Structure and Crystallization of Metals.ppt │ Chapter 4 Heat Treatment of Steel.ppt │ Chapter 9 Casting Production.ppt │ Chapter 3 Iron-Carbon Alloy Phase Diagram.ppt │ Chapter 2 Crystal Structure and Crystallization of Metals.ppt │ Chapter 5 Industrial Steel.ppt │ Chapter 8 Introduction to Non-metallic Materials.ppt │ Chapter 12 Selection of Mechanical Parts Blanks and Material Selection.ppt │ Chapter 10 Forging Production.ppt │ ├─Engineering Materials Science │ 01. Introduction.ppt │ 02. Crystal Structure.ppt │ 03. Solidification and phase diagram.ppt │ 04. Iron-carbon alloy.ppt │ 05. Plastic deformation.ppt │ 06. Heat treatment.ppt │ 07. Alloy steel.ppt │ 08. Nonferrous metals.ppt │ 09. Other materials.ppt │ 10. Material selection.ppt │ ├─Mechanical Engineering Materials Courseware│ Mechanical Engineering Materials 00 Introduction.ppt │ Mechanical Engineering Materials 01 Chapter 1 Properties of Materials.ppt │ Mechanical Engineering Materials 02 Chapter 2 Structure of Materials.ppt │ Mechanical Engineering Materials 03 Chapter 3 Solidification of Materials.ppt │ Mechanical Engineering Materials 04 Chapter 4 Plastic Deformation and Recrystallization of Metals.ppt │ Mechanical Engineering Materials 06 Chapter 6 Industrial Steel.ppt │ Mechanical Engineering Materials 09 Chapter 9 Polymer Materials.ppt │ Mechanical Engineering Materials 10 Chapter 10 Ceramic Materials.ppt │ Mechanical Engineering Materials 11 Chapter 11 Composite Materials.ppt │ Mechanical Engineering Materials 12 Mechanical Engineering Materials》Total Compound * .ppt │ Mechanical Engineering Materials 8 Chapter 8 Nonferrous Metals and Their Alloys.ppt │ ├─Structure and Properties of Materials │ Structure and Properties of Materials 1.1 Combination Methods of Materials.ppt │ Structure and Properties of Materials 1.2 Structure of Metals.ppt │ Structure and Properties of Materials 1.3 Properties of Metal Materials.ppt │ Structure and Properties of Materials 1.4 Structure and Properties of Polymer Materials.ppt │ Structure and Properties of Materials 1.5 Structure and Properties of Ceramic Materials.ppt │ ├─Basic Lesson Plan for Materials Science and Engineering│ Basic Lesson Plan for Materials Science and Engineering Chapter 1 Structure of Materials 66.ppt │ Basic Lesson Plan for Materials Science and Engineering Chapter 3 Phase Diagrams and Applications.ppt │ Basic Lesson Plan for Materials Science and Engineering Chapter 9 Cast Iron.ppt │ Basic Lesson Plan for Materials Science and Engineering Chapter 2 Solidification of Materials.ppt │ Basic Lesson Plan for Materials Science and Engineering Chapter 5 Deformation of Materials.ppt │ Basic Lesson Plan for Materials Science and Engineering Chapter 8 Industrial Steel.ppt │ Basic Lesson Plan for Materials Science and Engineering Chapter 6 Diffusion.ppt │ Basic Lesson Plan for Materials Science and Engineering Chapter 11 Commonly Used Non-Metal Materials.ppt │ Basic Lesson Plan for Materials Science and Engineering Chapter 10 Non-ferrous Metals and Alloys.ppt │ Basic Lesson Plan for Materials Science and Engineering Chapter 4 Iron-Carbon Alloy.ppt │ ├─Materials Science and Technology │ 02.ppt │ 03.ppt │ 04.ppt │ 05.ppt │ 06.ppt │ 07.ppt │ 08.ppt │ 09.ppt │ 10.ppt │ 11.ppt │ 12.ppt │ 13.ppt │ 14.ppt │ 15.ppt │ 16.ppt │ 17.ppt │ 18.ppt │ 19.ppt │ 20.ppt │ 2007-2008 * question.doc │ 21.ppt │ 22.ppt │ 23.ppt │ 24.ppt │ 25.ppt │ 26.ppt │ Chapter 1 Overview of Materials Science.ppt │ ├─Magnetic Materials│ Magnetic Materials Part 1.ppt │ Magnetic Materials Part 3.ppt │ Magnetic Materials Part 2.ppt │ Magnetic Materials Part 4.ppt │ └─Polymer Materials and Engineering Professional Courseware-4.4 Thermoplastic Elastomer.pdf 2.3 Polyvinyl Chloride.pdf 2.4 Polystyrene resin.pdf 2.5 Polyamide.pdf 2.6 Polycarbonate.pdf 2.7 Polytetrafluoroethylene.pdf 4.2 General rubber-IIR-CR-EPDM-NBR.pdf 4.2 General rubber-NR-SBR-BR-Electronic courseware.pdf 4.3 Special rubber.pdf