Damping model of er fluid which included the viscous and hysteresis damping is established and proved to be effectiveness through Fourier transformation and numerical simulation.
建立了由粘性阻尼和迟滞阻尼组成的电流变流体阻尼模型，通过对模型的傅立叶变换及数值仿真，验证了理论分析及阻尼模型的正确性。
Using viscous and bilinear hysteresis damping model, the dynamic properties of electro rheological (er) fluid was analyzed.
基于粘性阻尼和回滞阻尼组成的阻尼模型，对电流变(ER)流体的动力学特性进行了研究。
The emphasis of the modeling and analysis is laid on the elastic hysteresis and viscous shear.
应用赫芝接触理论和材料的粘弹性性质，着重研究了弹性滞后和粘着效应。
The emphasis of the modeling and analysis is laid on the elastic hysteresis and viscous shear.
应用赫芝接触理论和材料的粘弹性性质，着重研究了弹性滞后和粘着效应。
应用推荐