Mechanical Design Handbook. Single-volume Edition. Hydraulic Transmission

Author: Cheng Da Xian
Publisher:
Publish Date: 2004-01-01
Features: The "Mechanical Design Handbook" single-volume edition consists of 15 sub-books and 22 chapters, covering all aspects of conventional mechanical design. Each sub-book includes: "Common Design Data," "Mechanical Drawing, Limits and Fits," "Common Engineering Materials," "Connections and Fasteners," "Shafts and Connections," "Bearings," "Springs, Hoisting and Transporting Parts, Hardware," "Lubrication and Sealing," "Mechanical Transmission," "Reduction (Variable) Speeders, Motors and Electrical Equipment," "Mechanical Vibration and Frame Design," "Mechanisms," "Hydraulic Transmission," "Hydraulic Control," and "Pneumatic Transmission." This book, "Hydraulic Transmission," contains 9 chapters. Chapter 1 introduces basic standards and common formulas in hydraulic fluid mechanics; Chapter 2 covers hydraulic system design, focusing on the basic requirements, steps, methods, and design calculation examples of hydraulic system design; Chapter 3 discusses hydraulic basic circuits, covering the types, principles, and characteristics of pressure control circuits, speed control circuits, directional control circuits, and other hydraulic circuits; Chapter 4 presents hydraulic working media, covering the classification of hydraulic working media, the composition, properties, and selection of common hydraulic media; Chapter 5 covers hydraulic pumps and hydraulic motors, introducing their types, selection, structural forms, technical parameters, and external dimensions of common products; Chapter 6 discusses hydraulic cylinders, covering their classification, main technical parameters and calculations, typical structures, design of main components, selection, as well as the types, characteristics, technical parameters, structures, and external dimensions of common products; Chapter 7 introduces hydraulic control valves, covering their types, structural principles, and applications, as well as the technical parameters and external dimensions of typical products such as pressure control valves, flow control valves, directional control valves, stack valves, and cartridge valves; Chapter 8 covers hydraulic auxiliary components and hydraulic pump stations, introducing the types, characteristics, uses, design calculations, and technical parameters and external dimensions of common products such as pipes, accumulators, coolers, filters, oil tanks and their accessories, and hydraulic pump stations; Chapter 9 discusses the installation, operation, and maintenance of hydraulic transmission systems. This book can serve as a reference tool for mechanical design personnel and related engineering technicians, and can also be used as a teaching material for students and teachers in relevant disciplines at colleges and universities.