高速滚动轴承稳态温度场分析

Fu Tao, Liu Shaojun, Peng Jie
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引用次数: 1

摘要

由于产生大量的热量,重载高速滚动轴承会对整个传动系统的温度场产生严重的影响。同时,高温引起的过度变形会严重影响轴承的工作可靠性和寿命。利用摩擦和热传导理论,精确计算了轴承不同区域的热流密度和传热系数。在ANSYS中建立了轴承的三维有限模型,得到了轴承的稳态温度场,为轴承的热变形提供了依据。分析了不同转速和径向力对稳态温度场的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Steady Temperature Field Analysis of the High Speed Rolling Bearing
Because of large amounts of heat generation, rolling bearings of heavy load and high speed can have a severe effect on the temperature field of the whole transmission system. Meanwhile, the excessive deformation caused by high temperature can badly affect the bearings' working reliability and lifetime. With the theory of friction and thermal conduction, heat flux and heat transfer coefficient for different areas of the bearing are precisely calculated. The three-dimensional finite model of the bearing is built up in ANSYS, and the steady temperature field is obtained, which provides the basis for thermal deformation of the bearing. The effect of different speeds and radial forces on the steady temperature field is also analyzed.
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