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Analysis of Tooth Surface Temperature Field and the Influencing Factors of Face Gear Driven

机译:齿面温度场及其影响齿轮的影响因素分析。

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According to the theory of heat transfer,it analyzed the calculating method of tooth friction heating in the process of face gear tooth meshing.It emulational analyzes the thermal coupling of the face gear with ANSYS/LS-DYNA,and extracts the state of each engaged positions in the meshing process,emulate the temperature distribution & temperature changing trends in the process of face gear tooth meshing.Through the temperature measurement experiment the face gear contact,it verifies the correctness of the emulation results.Simultaneously,it also analyzes the influence to the surface temperature of face gear of rotation and load,In the case of other conditions remain unchanged,low-speed is an effective way to prevent instantaneous temperature rise.
机译:根据传热理论,分析了平面齿轮啮合过程中齿轮摩擦发热的计算方法。通过ANSYS / LS-DYNA仿真分析了平面齿轮的热耦合,提取了各啮合状态。在啮合过程中的位置,模拟端面齿轮啮合过程中的温度分布和温度变化趋势。通过温度测量实验对端面齿轮的接触,验证了仿真结果的正确性。同时,还分析了对端面齿轮啮合的影响。端面齿轮的旋转和负载表面温度,在其他条件不变的情况下,低速是防止瞬时温度升高的有效方法。

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