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Temperature Field in Torque Converter Clutch

机译:变矩器离合器中的温度场

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摘要

Torque Converter Clutch (TCC) works longer than ever before because of slipping technology intervention. The friction coefficient of TCC friction plate will change with temperature. In order to get the dynamic friction coefficient and also ensure the friction plate temperature not too high, TCC temperature was calculated on simulation model. First, the work of friction plate slipping was calculated when TCC working; Second, the three-dimensional fluid structure interaction model of Torque Converter (TC) was built basing on CFX, then the temperature field of TC and the Variation of TCC friction plate were simulated; Last, the friction coefficient of TCC friction plate was corrected with its temperature change in real time, and also a temperature threshold was set in order to protect TCC.
机译:由于滑倒技术干预,转矩转换器离合器(TCC)比以往任何时候都长。 TCC摩擦板的摩擦系数将随温度变化。 为了获得动态摩擦系数,并确保摩擦板温度不太高,在仿真模型上计算TCC温度。 首先,当TCC工作时计算摩擦板滑动的工作; 其次,基于CFX的基于CFX构建了扭矩转换器(TC)的三维流体结构相互作用模型,然后模拟了TC的温度场和TCC摩擦板的变化; 最后,实时校正TCC摩擦板的摩擦系数,并且设定了温度阈值以保护TCC。

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