Chemical Pressure Vessel Design: Methods, Problems, and Key Points

Author: Wang Fei
Publisher:
Publish Date: 2005-05-01
Features: The design of chemical pressure vessels must meet both the needs of chemical processes and the requirements of pressure vessel construction. This book takes common design issues as the starting point and is divided into four main parts: Design Basics, General Design Principles, Material Selection Requirements, and Structural Design. Using fundamental concepts, theories, and methods of process, structure, and materials, it discusses and analyzes common and controversial issues in pressure vessel design, such as the unified requirements of technical standards and regulations in design, the determination of design parameters, the content and expression of design technical requirements, the safety of pressure vessels, and the manufacturing and inspection requirements of pressure vessels. The author aims to remind readers how to improve design quality, not just how to engage in design. This book not only provides assistance to pressure vessel engineers in the petrochemical, chemical, and pharmaceutical industries but also serves as a reference for pressure vessel engineers in fields such as metallurgy, energy, environmental protection, light industry, textiles, food, and urban construction. Additionally, this book can be used as a reference for faculty and students of relevant majors in colleges and universities.
The design of chemical pressure vessels must meet both the needs of chemical processes and the requirements of pressure vessel construction. This book takes common design issues as the starting point and is divided into four main parts: Design Basics, General Design Principles, Material Selection Requirements, and Structural Design. Using fundamental concepts, theories, and methods of process, structure, and materials, it discusses and analyzes common and controversial issues in pressure vessel design, such as the unified requirements of technical standards and regulations in design, the determination of design parameters, the content and expression of design technical requirements, the safety of pressure vessels, and the manufacturing and inspection requirements of pressure vessels. The author aims to remind readers how to improve design quality, not just how to engage in design. This book not only provides assistance to pressure vessel engineers in the petrochemical, chemical, and pharmaceutical industries but also serves as a reference for pressure vessel engineers in fields such as metallurgy, energy, environmental protection, light industry, textiles, food, and urban construction. Additionally, this book can be used as a reference for faculty and students of relevant majors in colleges and universities.