Who can upload the book \"Structure and Manufacturing of Pressure Vessels\"
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I have just started working on the manufacturing processes for pressure vessels. I came across the book \"Structure and Manufacturing of Pressure Vessels\", and its description seemed good. If any of you happen to have it and are willing to share it, I would be very grateful
Doesn’t anyone have one? I’ll post a table of contents for everyone to take a look; it’s quite good. Introduction
I. Applications of Pressure Vessels
II. Basic Requirements for Pressure Vessels
III. Advances in Pressure Vessel Manufacturing Technology
IV. Nature, Objectives, and Content of This Course
Chapter 1: Fundamentals of Pressure Vessels
Section 1: Overview
I. Structural Composition of Pressure Vessels
II. Classification of Pressure Vessels
III. Standards for Pressure Vessels
IV. Materials Used for Pressure Vessels
Section 2: Basics of Pressure Vessel Design
I. Thin-Walled Vessels Under Internal Pressure
II. Spherical Vessels Under Internal Pressure
III. Methods for Determining Parameters of Pressure Vessels
IV. Verification of Pressure Vessels
V. Vessels Under External Pressure
VI. Heads
Section 3: Accessories for Pressure Vessels
I. Flanges
II. Manholes and Access Holes
III. Supports
IV. Opening and Strengthening of Pressure Vessels
V. Safety Devices
VI. Other Accessories
Section 4: Pressure Testing
I. Hydrostatic Testing
II. Pneumatic Testing
III. Airtightness Testing
Synchronized Exercises*
Chapter 2: Manufacturing of Pressure Vessels
Section 1: Preparation Processes
I. Preparation of Materials
II. Straightening
III. Unfolding
IV. Marking
V. Cutting and Edge Processing
Section 2: Forming and Assembly
I. Forming of Cylinder Segments
II. Forming of Heads
III. Assembly
Section 3: Manufacturing of High-Pressure Vessels
I. Multi-Layer Heat-Swapping Method
II. Multi-Layer Wrapping Method
III. Multi-Layer Coiling Method
IV. Flat Steel Strip Method
V. Spiral Coiling Method
Synchronized Exercises*
Chapter 3: Heat Exchanger Equipment
Section 1: Shell and Tube Heat Exchangers
I. Overview
II. Structural Features
III. Structure of Key Components
IV. Manufacturing Technology and Inspection
Section 2: Plate Heat Exchangers
I. Types of Spiral Plate Heat Exchangers
II. Structure of Key Components
III. Manufacturing and Inspection of Spiral Plate Heat Exchangers
Section 3: Waste Heat Boilers
I. Classification of Waste Heat Boilers
II. Shell and Tube Waste Heat Boilers
III. Flue-Type Waste Heat Boilers
IV. Structure of Key Components of Waste Heat Boilers
V. Manufacturing Technology and Inspection
Section 4: Heating Furnaces
I. Types and Typical Structures of Cylindrical Heating Furnaces
II. Types and Typical Structures of Vertical Heating Furnaces
III. Types and Typical Structures of Box-Type Heating Furnaces
IV. Manufacturing and Inspection of Heating Furnaces
Section 5: Evaporators
I. Types of Evaporators
II. Structural Features of Evaporators
III. Manufacturing of Evaporators
Section 6: Reboilers
I. Types of Reboilers
II. Structural Features of Reboilers
III. Manufacturing of Reboilers
Synchronized Exercises*
Chapter 4: Storage Vessels
Chapter 5: High-Pressure Vessels and Reactors
Chapter 6: Special Material Equipment
Appendix
References
Chapter 1: Fundamentals of Pressure Vessels
Knowledge Objectives: Understand the classification methods and common standards for pressure vessels; master the basic composition, common materials, and basic requirements of pressure vessels. Be able to analyze the radius of curvature of common vessel shells, determine calculation parameters for thin-walled vessels, and perform simple calculations. Correctly analyze the causes of instability in externally pressurized vessels and be able to propose preventive measures. Ability objective: Be able to correctly select the structural type of the end cap, choose appropriate flanges and supports as needed, and perform marking ； It is possible to select the most appropriate safety accessories, determine the testing methods for the strength of pressure vessels, and establish the corresponding test pressures. A pressure vessel is a type of pressure-bearing equipment that operates under various environmental and medium conditions; in the event of an accident, its destructive effects can be severe. Therefore, there are certain requirements regarding the structure of pressure vessels, the materials used in their construction, as well as the standards to be followed in their design and manufacturing. This section provides an introduction to these aspects. Section 1: Overview There are a wide variety of pressure vessels in different forms, such as heat exchangers, towers, reactors, and storage tanks. However, their basic structure consists of a closed shell, which is typically made up of an outer vessel shell and internal components. The container shell can also be in the form of a cylindrical tube, a spherical shell, an elliptical shell, etc ； End caps include spherical end caps, elliptical end caps, disc end caps, hemispherical end caps, conical end caps, and flat plates. Together with flanges, supports, nozzles, sealing elements, safety accessories, etc., they constitute a complete piece of equipment, as shown in Figure 1-1. The following provides a brief introduction to the basic structure of pressure vessels, with reference to this diagram.
I. Applications of Pressure Vessels
II. Basic Requirements for Pressure Vessels
III. Advances in Pressure Vessel Manufacturing Technology
IV. Nature, Objectives, and Content of This Course
Chapter 1: Fundamentals of Pressure Vessels
Section 1: Overview
I. Structural Composition of Pressure Vessels
II. Classification of Pressure Vessels
III. Standards for Pressure Vessels
IV. Materials Used for Pressure Vessels
Section 2: Basics of Pressure Vessel Design
I. Thin-Walled Vessels Under Internal Pressure
II. Spherical Vessels Under Internal Pressure
III. Methods for Determining Parameters of Pressure Vessels
IV. Verification of Pressure Vessels
V. Vessels Under External Pressure
VI. Heads
Section 3: Accessories for Pressure Vessels
I. Flanges
II. Manholes and Access Holes
III. Supports
IV. Opening and Strengthening of Pressure Vessels
V. Safety Devices
VI. Other Accessories
Section 4: Pressure Testing
I. Hydrostatic Testing
II. Pneumatic Testing
III. Airtightness Testing
Synchronized Exercises*
Chapter 2: Manufacturing of Pressure Vessels
Section 1: Preparation Processes
I. Preparation of Materials
II. Straightening
III. Unfolding
IV. Marking
V. Cutting and Edge Processing
Section 2: Forming and Assembly
I. Forming of Cylinder Segments
II. Forming of Heads
III. Assembly
Section 3: Manufacturing of High-Pressure Vessels
I. Multi-Layer Heat-Swapping Method
II. Multi-Layer Wrapping Method
III. Multi-Layer Coiling Method
IV. Flat Steel Strip Method
V. Spiral Coiling Method
Synchronized Exercises*
Chapter 3: Heat Exchanger Equipment
Section 1: Shell and Tube Heat Exchangers
I. Overview
II. Structural Features
III. Structure of Key Components
IV. Manufacturing Technology and Inspection
Section 2: Plate Heat Exchangers
I. Types of Spiral Plate Heat Exchangers
II. Structure of Key Components
III. Manufacturing and Inspection of Spiral Plate Heat Exchangers
Section 3: Waste Heat Boilers
I. Classification of Waste Heat Boilers
II. Shell and Tube Waste Heat Boilers
III. Flue-Type Waste Heat Boilers
IV. Structure of Key Components of Waste Heat Boilers
V. Manufacturing Technology and Inspection
Section 4: Heating Furnaces
I. Types and Typical Structures of Cylindrical Heating Furnaces
II. Types and Typical Structures of Vertical Heating Furnaces
III. Types and Typical Structures of Box-Type Heating Furnaces
IV. Manufacturing and Inspection of Heating Furnaces
Section 5: Evaporators
I. Types of Evaporators
II. Structural Features of Evaporators
III. Manufacturing of Evaporators
Section 6: Reboilers
I. Types of Reboilers
II. Structural Features of Reboilers
III. Manufacturing of Reboilers
Synchronized Exercises*
Chapter 4: Storage Vessels
Chapter 5: High-Pressure Vessels and Reactors
Chapter 6: Special Material Equipment
Appendix
References
Chapter 1: Fundamentals of Pressure Vessels
Knowledge Objectives: Understand the classification methods and common standards for pressure vessels; master the basic composition, common materials, and basic requirements of pressure vessels. Be able to analyze the radius of curvature of common vessel shells, determine calculation parameters for thin-walled vessels, and perform simple calculations. Correctly analyze the causes of instability in externally pressurized vessels and be able to propose preventive measures. Ability objective: Be able to correctly select the structural type of the end cap, choose appropriate flanges and supports as needed, and perform marking ； It is possible to select the most appropriate safety accessories, determine the testing methods for the strength of pressure vessels, and establish the corresponding test pressures. A pressure vessel is a type of pressure-bearing equipment that operates under various environmental and medium conditions; in the event of an accident, its destructive effects can be severe. Therefore, there are certain requirements regarding the structure of pressure vessels, the materials used in their construction, as well as the standards to be followed in their design and manufacturing. This section provides an introduction to these aspects. Section 1: Overview There are a wide variety of pressure vessels in different forms, such as heat exchangers, towers, reactors, and storage tanks. However, their basic structure consists of a closed shell, which is typically made up of an outer vessel shell and internal components. The container shell can also be in the form of a cylindrical tube, a spherical shell, an elliptical shell, etc ； End caps include spherical end caps, elliptical end caps, disc end caps, hemispherical end caps, conical end caps, and flat plates. Together with flanges, supports, nozzles, sealing elements, safety accessories, etc., they constitute a complete piece of equipment, as shown in Figure 1-1. The following provides a brief introduction to the basic structure of pressure vessels, with reference to this diagram.
I also need information on this topic; could that person help out? Thanks!