Welding Engineer's Handbook

Author: Chen Zhunian
Publisher:
Publish Date: 2002-02-01
Features: This manual consists of 9 parts and 58 chapters. Part 1 compiles symbols, formulas, and data commonly used by welding engineers but difficult to memorize; Part 2 covers welding physical metallurgy, explaining the physical and metallurgical behaviors during welding processes, as well as welding crack issues closely related to metal weldability. Parts 3, 4, and 5 introduce various welding methods and equipment in engineering, including arc welding, resistance welding, and other special welding methods and their equipment. Part 6 focuses on welding materials, with an emphasis on electrodes, welding wires, and fluxes. Part 7 discusses the welding properties and welding processes of various metal materials. Part 8 is dedicated to welded structures, with a focus on welding stress and deformation, structural strength, and structural design. Part 9 covers the production of welded structures. In addition to introducing welding process design, welding process evaluation, and welding quality inspection commonly encountered in production, it also provides a relatively comprehensive and systematic overview of the design and calculation methods of welding process equipment, as well as the relevant data required. This manual is primarily intended for engineers engaged in welded structure design, manufacturing, and management. It can also serve as a reference for various engineering technicians related to welding technology, as well as for faculty and students of welding programs in colleges and universities. This manual consists of 9 parts and 58 chapters. Part 1 compiles symbols, formulas, and data commonly used by welding engineers but difficult to memorize; Part 2 covers welding physical metallurgy, explaining the physical and metallurgical behaviors during welding processes, as well as welding crack issues closely related to metal weldability. Parts 3, 4, and 5 introduce various welding methods and equipment in engineering, including arc welding, resistance welding, and other special welding methods and their equipment. Part 6 focuses on welding materials, with an emphasis on electrodes, welding wires, and fluxes. Part 7 discusses the welding properties and welding processes of various metal materials. Part 8 is dedicated to welded structures, with a focus on welding stress and deformation, structural strength, and structural design. Part 9 covers the production of welded structures. In addition to introducing welding process design, welding process evaluation, and welding quality inspection commonly encountered in production, it also provides a relatively comprehensive and systematic overview of the design and calculation methods of welding process equipment, as well as the relevant data required. This manual is primarily intended for engineers engaged in welded structure design, manufacturing, and management. It can also serve as a reference for various engineering technicians related to welding technology, as well as for faculty and students of welding programs in colleges and universities.