- 摩擦学基础(西安交通大学研究生十四五规划精品系列教材)(英文版)
- - 作者：编者:曾群锋|责编:李佳
  - 出版社：西安交大
  - ISBN：9787569338416
  - 出版日期：2024/10/01
  - 页数：145
- 售价：10.72

内容大纲
摩擦学是研究自然界系统中相互作用、相对运动表面及参与作用的介质在系统中的行为和结果的科学及相关技术。本教材从理论上较为系统地阐述了摩擦学的基本概念、基础知识和基本理论，同时汇集了国内外摩擦学研究的最新进展以及作者在摩擦学领域的研究成果。本教材以摩擦学初学者的角度切入，由浅入深地讲解了摩擦学工作者必须掌握的重要知识点，较详细分析与论述了摩擦学在轴承、齿轮、密封、微机电系统等核心基础零部件的应用，全面反映摩擦学的基本理论、研究状况和未来趋势。教材基本内容分11章，主要包括绪论、工程表界面、摩擦原理、磨损原理、润滑理论、超滑理论、纳米摩擦学、仿生摩擦学、极端环境摩擦学及其在核心基础零部件方面的应用与国内外研究现状及未来主要发展方向。本教材可作为机械工程、材料科学与工程等相关专业本科生和研究生使用，也可作为从事摩擦学研究相关科研和工程技术人员的科研参考书。
作者介绍
目录
1  Introduction to Tribology
  1.1  History of Tribology
  1.2  Industrial Applications of Tribology
  1.3  Origin of Friction
  1.4  Importance of Tribology
  1.5  Layout of the Book
  1.6  Brief Summary
2  Engineering Surface and Interface
  2.1  Nature of Surface
  2.2  Physico-Chemical Characteristics of Surface
  2.3  Definition of Surface Roughness
  2.4  Measurement of Surface Roughness
  2.5  Surface Tension
  2.6  Surface Contact
  2.7  Brief Summary
3  Friction
  3.1  Introduction
  3.2  Sliding Friction
  3.3  Rolling Friction
  3.4  Friction Theory
  3.5  Friction Model and System
  3.6  Fluid Friction
  3.7  Friction of Materials
  3.8  Brief Summary
4  Wear
  4.1  Introduction
  4.2  Types of Wear
  4.3  Prediction of Wear
  4.4  Wear of Materials
  4.5  Wear Control
  4.6  Wear Under Specific Conditions
  4.7  Brief Summary
5  Lubrication Theory
  5.1  Introduction
  5.2  Stribeck Curve and Lubrication Status
  5.3  Boundary Lubrication
  5.4  Fluid Lubrication
  5.5  Lubricants
  5.6  Brief Summary
6  Superlubricity
  6.1  Introduction
  6.2  Liquid Superlubricity
  6.3  Solid Superlubricity
  6.4  High Temperature Superlubricity
  6.5  Super Low Wear
  6.6  Superlubricity Mechanism
  6.7  Superlubricity System
  6.8  Brief Summary
7  Bionics Tribology
  7.1  Introduction

  7.2  Definition and Fundaments
  7.3  Bio-tribology
  7.4  Development of Friction Elements
  7.5  Manufacture of Bionic Tribology Surface
  7.6  Bionic Lubrication and Lubrication Systems
  7.7  Tribological Properties of the Bionic Tribology System
  7.8  Applications and Developments
  7.9  Brief Summary
8  Green Tribology
  8.1  Introduction
  8.2  Green Tribology
  8.3  Eco-Friendly Lubrication
  8.4  Green Lubricants and Materials
  8.5  Smart Lubrication
  8.6  Sustainable Tribology
  8.7  Brief Summary
9  Nanotribology
  9.1  Introduction
  9.2  Nano Friction
  9.3  Nano Wear
  9.4  Nano Lubrication
  9.5  Tribochemistry in Nanotribology
  9.6  Atomic-Scale Computer Simulations
  9.7  Application and Development of Nanotribology
  9.8  Brief Summary
10  Tribology Under Extreme Environments
  10.1  Introduction
  10.2  High Vacume Tribology
  10.3  Tribology at Extreme Temperatures
  10.4  High Speed Tribology
  10.5  Tribology in the Ocean Environment
  10.6  Multi-Field Coupling Tribology
  10.7  Brief Summary
11  Tribology of Basic Components
  11.1  Introduction
  11.2  Journal and Thrust Bearing
  11.3  Rolling Bearing
  11.4  Gear
  11.5  Mechanical Seal
  11.6  MEMS
  11.7  Rail Transport Tribology
  11.8  Reliability of Tribology
  11.9  Brief Summary
References

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