Fundamentals of Chemical Engineering, Second Edition

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Features: This book is divided into four parts: Part I Engineering Mechanics, including force analysis and equilibrium of objects, tension and compression of rods, bending of beams, shear, torsion of shafts, combined deformation and strength, and column stability; Part II Materials and Welding, including materials for chemical equipment (metallic and non-metallic materials, selection, corrosion and protection) and welding (types, materials, quality inspection); Part III Vessel Design, including design fundamentals, design of vessel components, strength calculation of tower equipment, and examples of vessel design; Part IV Mechanical Transmission and Reducers, including belt transmission, gear transmission, worm transmission, shaft systems, gear trains, and reducers. It can be used as a textbook for chemical engineering and technology majors and related disciplines (petrochemical, biochemical, pharmaceutical, metallurgy, environmental protection, energy, etc.) in higher education institutions, and can also be referenced by engineering technicians in research, design, and production units of relevant departments. This textbook is compiled based on the training objectives for chemical engineering professionals in the 21st century, as well as the principles of "strengthening fundamentals, broadening professional knowledge, connecting with practice, improving skills, and facilitating self-study." The book is divided into four parts: Part I Engineering Mechanics, including force analysis and equilibrium of objects, tension and compression of rods, bending of beams, shear, torsion of shafts, combined deformation and strength, and column stability; Part II Materials and Welding, including materials for chemical equipment (metallic and non-metallic materials, selection, corrosion and protection) and welding (types, materials, quality inspection); Part III Vessel Design, including design fundamentals, design of vessel components, strength calculation of tower equipment, and examples of vessel design; Part IV Mechanical Transmission and Reducers, including belt transmission, gear transmission, worm transmission, shaft systems, gear trains, and reducers. There is also an appendix at the end listing relevant content. This book can be used as a textbook for chemical engineering and technology majors and related disciplines (petrochemical, biochemical, pharmaceutical, metallurgy, environmental protection, energy, etc.) in higher education institutions, and can also be referenced by engineering technicians in research, design, and production units of relevant departments.