Fundamentals of Mechanical Design of Chemical Equipment

Author: Pan Yongliang
Publisher:
Publish Date: 2003-07-30
Features: This book is a textbook for the course "Fundamentals of Mechanical Design of Chemical Equipment" in higher engineering colleges and can be used by students in chemical process technology and related non-mechanical fields. The textbook is well-structured with clear concepts and has made efforts to adapt to the reform of the 21st-century curriculum system. While clearly explaining the basic and essential content, it also emphasizes the latest achievements in modern scientific and technological development, striving to keep the textbook content synchronized with the advancement of chemical machinery technology. The explanations are thorough yet easy to understand, and the content is presented in a progressive manner with room for reflection, designed to enhance students' curiosity for knowledge. The book is divided into three parts, totaling nineteen chapters.
Part 1, Fundamentals of Engineering Mechanics: Includes statics, plane concurrent force systems, general plane force systems, axial tension and compression of straight rods, shear and torsion, bending, complex stress states, and strength theory.
Part 2, Mechanical Transmission Devices: Includes belt drives, gear drives, worm drives, shafts, bearings, couplings, gear trains, and reducers.
Part 3, Chemical Equipment and Devices: Includes common materials for chemical equipment, fundamentals of container design, external pressure vessel design, container components, shell-and-tube heat exchangers, tower equipment, and stirred reactors.
The reference teaching hours for this book are 90, and different disciplines can select or omit content as needed.