壓力容器系統與設計（簡體書）

本書為雙語教學教材。結合過程裝備專業教學特點，主要對過程設備的要求、分類、材料、製造、檢測方法和部分典型單體設備的原理、性能、結構做了詳細的闡述，介紹了單層回轉殼設計的力學基礎和典型容器結構設計方法。同時，詳細論述了設備運行過程中容易出現的主要問題和解決辦法。
It is a bilingual textbook. Based on the education goal of Process Equipment and Control Engineering major, the main contents are stated in detail, including the requirement, classification, material, fabrication, inspection and the principle, performance, structure of several typical unit equipments. The mechanics theory of thin monoblock revolution shell is introduced. Then based on which, the minimum required thickness formulas are introduced for typical pressure vessel structures. Also, the problems and solution method are illustrated for the equipments in service. The main target is to train the ability of analyzing and understanding in professional field. Also the book can be used to train the ability of reading and communicating in specialty region. It is the textbook of bilingual education for Process Equipment and Control Engineering students, and can be used for reference by concerning foreign affairs designers, maintenance engineers on import equipments, etc.

Chapter 1 Introduction
1. 1 Basic Requirements
1.1.1 Reliable Mechanics Performance
1.1.2 High Unit Throughput
1.1.3 Low Wasting Coefficient
1.1.4 Easy to Fabricate
1.1.5 Transport andlnstallation
1.1.6 Operation Performance
1.2 Pressure VesseIClassification
1.2.1 Types of Reactors
1.2.2 Cryogenic Storage Tanks

Chapter 2 Pressure Vessel Loads and Stress Categories
2.1 Introduction
2.2 Design Pressure
2.3 Dead Loads
2.4 Wind Loads
2.5 Earthquake Loads
2.5.1 GeneralConsiderations
2.5.2 Seismic Design of a Rigid Cylindrical Vessel
2.5.3 Seismic Design of Flexible Tall Cylindrical Vessels
2.5.4 Design Considerations
2.6 Design Temperature
2.7 Piping Loads
2.8 Combinations of the Design Loads
2.9 Stress
2.10 Stress Categories
2.11 Strain and Stress-strain Diagrams
2.11.1 Stress-Strain Curve
2.11.2 Engineering Stress-Strain Curve
2.11.3 Tensile Strength
2.12 Reading Material
2.12.1 Measures of Yielding
2.12.2 Measures of Ductility
2.12.3 Stress and Strain Analysis

Chapter 3 Membrane Stresses and Minimum Code Strength Calculations
3.1 General Theory of Membrane Stresses in Vessels under Internal Prt
3.2 Membrane Stress Analysis of Thin-shell Elements
3.2.1 Cylindrical Vessel under Internal Pressure
3.2.2 Spherical Vessel under Intemal Pressure
3.2.3 Conical Vessel under Intemal Pressure
3.2.4 Ellipsoidal Vessel under Intemal Pressure
3.3 Shell-to-head Juncture Stresses
3.3.1 Poisson's Ratio
3.3.2 Dilation of Pressure Vessels
3.3.3 Discontinuity Stressesin Vessels
3.4 Minimum Code Strength Calculations
3.4.1 Allowable Pressure
3.4.2 Allowable Stress
3.4.3 Safety Factor
3.4.4 Shells

Chapter 4 Heat Exchangers
4.1 Introduction
4.2 Types of Heat Exchangers
4.2.1 Classification by Heat Transfer Manner
4.2.2 Classification of Transfer Type by Mechanical. Structure
4.3 Shell and Tube Heat Exchanger
4.3.1Components
4.3.2 Types of Shell and Tube Heat Exchanger
4.4 Choosing a Heat Exchanger
4.4.1 Fouling
4.4.2 Maintenance of Heat Exchangers

Chapter 5 Tower
Chapter 6 Construction Materials， Welding， and Nondestructive Testing
Chapter 7 Failure Analysis
Abbreviations and Symbols
The U. S. Customary System of Measures
References