轴承稳定性影响因素及其控制技术研究
摘 要
本文研究了轴承稳定性的影响因素及其控制技术。首先，介绍了轴承的基本结构和工作原理，包括各种型号的轴承、各部件的名称、材质和工作原理等。然后，讨论了轴承振动与稳定性，包括轴承的振动、振动频率、振幅等相关概念。进一步，探究了轴承稳定性分析方法，包括流量图法、切向增量法等，并详细讨论其适用范围、优缺点等。分析了轴承稳定性影响因素，从微观和宏观两个角度分析这些因素对轴承性能的影响。研究了轴承稳定性的控制技术，包括轴承动态特性测试方法、轴承稳定性优化设计方法和轴承稳定性控制技术等。
关键词：轴承稳定性、影响因素、控制技术、动态特性测试、优化设计
Abstract
This paper studies the influencing factors of bearing stability and its control techniques. First of all, the basic structure and working principle of bearings are introduced, including the names of various types of bearings, materials and working principles of various parts, etc. Then, the vibration and stability including vibration, vibration frequency and amplitude are discussed. Further, the bearing stability analysis method, including flow chart method, tangential increment method, is explored, and its application scope, advantages and disadvantages are discussed in detail. The influence factors of bearing stability and the influence of these factors on bearing performance from micro and macro perspectives. The control technology of bearing stability is studied, including the test method of bearing dynamic characteristics, the optimization design method of bearing stability and the bearing stability control technology.
Keyword: Bearing stability、Influencing factor、 Control technique 、Dynamic feature testing、Optimum design
目 录
1 引言 1
2 轴承稳定性的基础理论 1
2.1 轴承基本结构和工作原理 1
2.2 轴承振动与稳定性 1
2.3 轴承稳定性分析方法 2
3 轴承稳定性影响因素分析 2
3.1 轴承结构参数的影响 2
3.2 轴承工作条件的影响 3
3.3 轴承温度、润滑、制造误差等因素的影响 3
4 轴承稳定性控制技术研究 4
4.1 轴承动态特性测试方法 4
4.2 轴承稳定性优化设计方法 4
4.3 轴承稳定性控制技术 5
5 结语 5
参考文献 7
致谢 8
摘 要
本文研究了轴承稳定性的影响因素及其控制技术。首先，介绍了轴承的基本结构和工作原理，包括各种型号的轴承、各部件的名称、材质和工作原理等。然后，讨论了轴承振动与稳定性，包括轴承的振动、振动频率、振幅等相关概念。进一步，探究了轴承稳定性分析方法，包括流量图法、切向增量法等，并详细讨论其适用范围、优缺点等。分析了轴承稳定性影响因素，从微观和宏观两个角度分析这些因素对轴承性能的影响。研究了轴承稳定性的控制技术，包括轴承动态特性测试方法、轴承稳定性优化设计方法和轴承稳定性控制技术等。
关键词：轴承稳定性、影响因素、控制技术、动态特性测试、优化设计
Abstract
This paper studies the influencing factors of bearing stability and its control techniques. First of all, the basic structure and working principle of bearings are introduced, including the names of various types of bearings, materials and working principles of various parts, etc. Then, the vibration and stability including vibration, vibration frequency and amplitude are discussed. Further, the bearing stability analysis method, including flow chart method, tangential increment method, is explored, and its application scope, advantages and disadvantages are discussed in detail. The influence factors of bearing stability and the influence of these factors on bearing performance from micro and macro perspectives. The control technology of bearing stability is studied, including the test method of bearing dynamic characteristics, the optimization design method of bearing stability and the bearing stability control technology.
Keyword: Bearing stability、Influencing factor、 Control technique 、Dynamic feature testing、Optimum design
目 录
1 引言 1
2 轴承稳定性的基础理论 1
2.1 轴承基本结构和工作原理 1
2.2 轴承振动与稳定性 1
2.3 轴承稳定性分析方法 2
3 轴承稳定性影响因素分析 2
3.1 轴承结构参数的影响 2
3.2 轴承工作条件的影响 3
3.3 轴承温度、润滑、制造误差等因素的影响 3
4 轴承稳定性控制技术研究 4
4.1 轴承动态特性测试方法 4
4.2 轴承稳定性优化设计方法 4
4.3 轴承稳定性控制技术 5
5 结语 5
参考文献 7
致谢 8
