Hydraulic and Pneumatic Transmission (2nd Edition)

Author: Liu Yanjun
Publisher:
Publish Date: 2007-02-01
Features: This book is a national planning textbook for the "11th Five-Year Plan" of general higher education. It is one of the planning textbooks for mechanical engineering in universities in the new century. The book is divided into twelve chapters. Chapter 1 and Chapter 2 mainly introduce the basic knowledge of hydraulic transmission and the fundamental theories of fluid mechanics. Chapters 3 to 6 mainly introduce the structure, principles, performance, and selection of hydraulic components. Chapters 7 and 8 introduce hydraulic basic circuits, the composition, functions, characteristics, and applications of typical hydraulic systems. Chapter 9 introduces the design calculation methods and examples of hydraulic systems. Chapter 10 introduces hydraulic servo components and systems. In Chapter 11, while incorporating relevant knowledge of hydraulic transmission, it also introduces the special components of pneumatic transmission, as well as the circuit design methods and examples. Chapter 12 introduces the installation, debugging, operation, and maintenance methods of hydraulic-pneumatic systems. During the writing process, the book strives to adhere to the principles of being concise and focused, combining theory with practice, and closely integrating the latest achievements in hydraulic and pneumatic technologies. It highlights the hydraulic-pneumatic circuits and examples of products such as construction machinery, rubber and plastic machinery, plastic window machinery, insulating glass machinery, and paper machinery. In terms of component selection, it emphasizes the widely used two-way solenoid valves and proportional valves, which represent the direction of hydraulic and pneumatic development, and introduces the installation, debugging, operation, and maintenance methods of hydraulic-pneumatic systems. The book focuses on cultivating talents for engineering technology applications, strengthening students' innovative abilities, and further improving their ability to independently engage in hydraulic and pneumatic-related work. The hydraulic and pneumatic transmissions are discussed separately. In the content of pneumatic transmission, in addition to covering the commonalities with hydraulic transmission, it also specially introduces the unique components, circuits, and design methods of pneumatic transmission. All graphical symbols, circuits, and system diagrams in the book are drawn according to the latest national graphical symbols. Additionally, the book provides a multimedia CAI courseware for teachers, which is a summary of the author's many years of teaching experience. This book is a textbook for majors such as mechanical manufacturing and automation, mechanical design and manufacturing, chemical engineering and chemical machinery, mechatronics, mold design and manufacturing, power and vehicle engineering in universities. It is also suitable as a textbook for mechanical-related majors in various adult colleges and self-study examinations, and can be referenced by engineering technicians engaged in fluid transmission and control technology.