Mechanical Design Handbook. Single-volume edition. Bearings

Author: Cheng Da-xian, Editor-in-Chief
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 is titled "Bearings," comprising 3 chapters. Chapter 1 focuses on sliding bearings, introducing various types of sliding bearings, including non-full fluid lubrication bearings (radial sliding bearings, thrust bearings, articulated bearings, self-lubricating bearings, plastic bearings, rubber bearings, etc.), hydrodynamic bearings, hydrostatic bearings, gas lubrication bearings, hydrodynamic-static lubrication bearings, and electromagnetic bearings. It covers their types, characteristics, structural forms, design calculations, selection, as well as the features, structures, performance parameters, and applications of common sliding bearing products. Chapter 2 covers rolling bearings, discussing their types, designations, tolerances and fits, lubrication, sealing, design calculations, structures, and selection, along with the structures, dimensions, and performance parameters of common rolling bearing products. Chapter 3 focuses on linear motion rolling functional components, introducing the types, structural features, and design calculations of rolling linear guides, guide sleeves, and rolling guide blocks. This book serves as a reference tool for mechanical design personnel and related engineering technicians, and can also be used as a teaching material for students and faculty in relevant disciplines at colleges and universities.