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Theoretical study on equation of motion and yield stress of electrorheological fluid

机译:电流变流体运动和屈服应力方程的理论研究

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摘要

The flow of electrorheological (ER) fluids has been analyzed theoretically based on the constitutive equation for bingham fluids. However, it is necessary to take account of internal rotation in ER fluid, because they are suspensions of particles. The equation of motion of an ER fuild is derived based on not only the constitutive equation of stress for a Bingham fluid but also on the theory of micropolar electrically conducting fluids, assuming the equilibrium equation of angular momentum.
机译:基于宾厄姆流体的本构方程,从理论上分析了电流变(ER)流体的流动。但是,有必要考虑ER流体的内部旋转,因为它们是颗粒的悬浮液。 ER流的运动方程不仅基于宾厄姆流体的应力本构方程,而且还基于微极性导电流体的理论(假设角动量的平衡方程)得出。

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