Mechanical Design Handbook Single Volume: Mechanism

Author: Cheng Daixian
Publisher:
Publish Date: 2004-01-01
Features: The "Mechanical Design Handbook" single-volume edition consists of 15 sub-series and 22 chapters, covering all aspects of conventional mechanical design. The sub-series include: "Common Design Data," "Mechanical Drawing, Limits and Fits," "Common Engineering Materials," "Connections and Fasteners," "Shafts and Connections," "Bearings," "Springs, Hoisting and Transport Components, Hardware," "Lubrication and Sealing," "Mechanical Transmission," "Reduction (Variable) Speeders, Motors and Electrical Equipment," "Mechanical Vibration, Frame Design," "Mechanisms," "Hydraulic Transmission," "Hydraulic Control," and "Pneumatic Transmission." This book, "Mechanisms," consists of 4 chapters. Chapter 1 introduces common methods for mechanism analysis, primarily covering the analysis of mechanism degrees of freedom, motion and force analysis of planar mechanisms, and dynamic analysis of single-degree-of-freedom mechanisms. Chapter 2 focuses on the design of basic mechanisms, covering the performance and motion parameters, design calculations, and design examples of planar linkages, instantaneous center mechanisms and mutual envelope mechanisms, cam mechanisms, indexing cam mechanisms, ratchet mechanisms, Geneva mechanisms, incomplete gear mechanisms, pinwheel mechanisms, inclined plane and screw mechanisms, and reciprocating oil (gas) cylinder mechanisms. Chapter 3 discusses the analysis and design of composite mechanisms, including cam-linkage composite mechanisms, gear-linkage composite mechanisms, cam-gear composite mechanisms, synchronous belt-linkage composite mechanisms, and differential belt-chain-linkage composite mechanisms, covering analysis, design calculations, and applications. Chapter 4 provides reference illustrations of various common mechanisms, showcasing practical applications. This book can serve as a reference tool for mechanical design personnel and related engineering technicians, as well as for faculty and students of relevant disciplines in colleges and universities.
The "Mechanical Design Handbook" single-volume edition consists of 15 sub-series and 22 chapters, covering all aspects of conventional mechanical design. The sub-series include: "Common Design Data," "Mechanical Drawing, Limits and Fits," "Common Engineering Materials," "Connections and Fasteners," "Shafts and Connections," "Bearings," "Springs, Hoisting and Transport Components, Hardware," "Lubrication and Sealing," "Mechanical Transmission," "Reduction (Variable) Speeders, Motors and Electrical Equipment," "Mechanical Vibration, Frame Design," "Mechanisms," "Hydraulic Transmission," "Hydraulic Control," and "Pneumatic Transmission." This book, "Mechanisms," consists of 4 chapters. Chapter 1 introduces common methods for mechanism analysis, primarily covering the analysis of mechanism degrees of freedom, motion and force analysis of planar mechanisms, and dynamic analysis of single-degree-of-freedom mechanisms. Chapter 2 focuses on the design of basic mechanisms, covering the performance and motion parameters, design calculations, and design examples of planar linkages, instantaneous center mechanisms and mutual envelope mechanisms, cam mechanisms, indexing cam mechanisms, ratchet mechanisms, Geneva mechanisms, incomplete gear mechanisms, pinwheel mechanisms, inclined plane and screw mechanisms, and reciprocating oil (gas) cylinder mechanisms. Chapter 3 discusses the analysis and design of composite mechanisms, including cam-linkage composite mechanisms, gear-linkage composite mechanisms, cam-gear composite mechanisms, synchronous belt-linkage composite mechanisms, and differential belt-chain-linkage composite mechanisms, covering analysis, design calculations, and applications. Chapter 4 provides reference illustrations of various common mechanisms, showcasing practical applications. This book can serve as a reference tool for mechanical design personnel and related engineering technicians, as well as for faculty and students of relevant disciplines in colleges and universities.