A comprehensive theory for explaining the sequence of events that results in this "anomalous" about liquid viscous coupling is proposed.
提出了较全面的液体粘性联轴器驼峰现象产生的机理，论述了驼峰触发和维持的必要条件。
The surface temperature of liquid viscous coupling was also given, which is important for researching the temperature changing in liquid viscous coupling.
并测出了液体黏性联轴器的表面温度场，对研究实验件内部流体温度的变化有重要意义。
The surface temperature of liquid viscous coupling was also given, which is important for researching the temperature changing in liquid viscous coupling.
并测出了液体黏性联轴器的表面温度场，对研究实验件内部流体温度的变化有重要意义。
应用推荐