Pressure pipeline design and engineering examples
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Chapter 1 Introduction
Section 1 Concepts and Characteristics of Pressure Pipes
Section 2 Characteristics of Pressure Pipe Design
Section 3 Basic Requirements for Pressure Pipe Design
Section 4 Classification (Types) of Pressure Pipes
1. Classification (Types) of Pipes according to the “Regulations on Safety Management and Supervision of Pressure Pipes”
2. Classification (Types) of Pipes according to American ** standards for pressure pipes
3. Classification (Types) of Pipes according to the “Code for Design of Industrial Metal Piping”
4. Classification (Types) of Pipes according to the “Code for Construction and Acceptance of Chemical Industry Metal Piping Projects”
5. Classification (Types) of Pipes according to the “General Rules for Selection of Materials in Petrochemical Piping Design”
6. Classification (Types) of Pipes according to the “Code for Construction and Acceptance of Petrochemical Piping for Toxic and Flammable Media”
7. Changes in the Classification (Types) of Pressure Pipes
Section 5 Tasks in Pressure Pipe Design
1. Pipe Layout
2. Pipe Materials
3. Pipe Stresses
Section 6 Division of Design Phases for Pressure Pipes
1. General division of design phases
2. Content and depth of each design phase
Section 7 Interrelationships between the Pressure Pipe Design Field and Other Fields
1. Interface conditions with the process system field
2. Interface conditions with the automation control field
3. Interface conditions with the electrical engineering field
4. Interface conditions with the equipment design field
5. Interface conditions with the civil engineering field
6. Interface conditions with the engineering economics field
7. Interface conditions with the procurement field
8. Interface conditions with the construction management field
Section 8 Engineering Examples
Chapter 2 Computer-Aided Software for Pressure Pipe Design
Section 1 Categories of Computer-Aided Software for Pressure Pipe Design
Section 2 AutoCAD for Pressure Pipe Design
1. Introduction to AutoCAD
2. Common AutoCAD operations used in pressure pipe design
Section 3 Microstation for Pressure Pipe Design
Section 4 PDs for Pressure Pipe Design
Section 5 PDMS for Pressure Pipe Design
Section 6 AutoPlant for Pressure Pipe Design
Section 7 SmartPlant 3D for Pressure Pipe Design
Section 8 AutoPipe for Pressure Pipe Stress Analysis
Section 9 CaesarⅡ for Pressure Pipe Stress Analysis
Section 10 PipeNet for Pipe Stress Analysis
Section 11 Comparison of Computer-Aided Software for Pressure Pipe Design
Chapter 3 Basic Knowledge of Materials
Section 1 Classification of Common Materials Used in Pressure Pipes
Section 2 Metal Materials
1. Ferrous Metals
2. Non-ferrous Metals
3. Sectional Steels
Section 3 Properties of Metal Materials
1. Mechanical properties of metal materials
2. Heat treatment of steel
3. Influence of common elements on the properties of metal materials
Section 4 Corrosion of Metal Materials
1. Classification based on the mechanism of corrosion
2. Classification based on the form of corrosion
Section 5 Basic Limitations of Common Metal Materials
1. General limitations
2. Application limitations of common materials
3. Operating temperatures for common metal materials
……
Chapter 4 Pressure Pipe Components and Their Selection
Chapter 5 Layout of Equipment
Chapter 6 Pipe Layout
Chapter 7 Insulation and Corrosion Protection for Pressure Pipes
Chapter 8 Brief Overview of Long-Distance Pipeline and Utility Pipeline Design
Chapter 9 Stress Analysis and Pipe Supports
Chapter 10 Drawing for Pressure Pipe Design
Chapter 11 Construction and Inspection of Pressure Pipes
Chapter 12 Project Management in Pressure Pipe Design
Appendix References
http://www.namipan.com/d/%e5%8e%8b%e5%8a%9b%e7%ae%a1%e9%81%93%e8%ae%be%e8%ae%a1%e5%8f%8a%e5%b7%a5%e7%a8%8b%e5%ae%9e%e4%be%8b.rar/409d4213f6322dddec4de7504c41e8df7ba994f0cdbbbd03