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Material characteristics of an ER fluid and its influence on damping forces of an ER damper Part II: damping forces

机译：ER流体的材料特性及其对ER阻尼器阻尼力的影响第二部分：阻尼力

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摘要

This paper presents damping forces of a cylindrical ER damper for a small-sized passenger car. The arabic gum-based ER fluid filled in the damper is subjected to temperature variation and the variation of the damping forces is evaluated . The measured damping forces are compared with those predicted from Bingham model obtained at various temperatures in Part I. The ER damper is continuously operated up to 500 000 cycles and the variations of the operating temperature and damping forces are damping forces is predicted with respect to the number of the operating cycle. The predicated damping forces are then compared with the measured ones to demonstrate the effectiveness of the Bingham models distilled from various environmental conditions in Part I.
机译：本文介绍了用于小型乘用车的圆柱形ER阻尼器的阻尼力。填充在阻尼器中的基于阿拉伯胶的ER流体会经受温度变化，并评估阻尼力的变化。将测得的阻尼力与在第一部分中在不同温度下从Bingham模型预测的阻尼力进行比较。ER阻尼器可连续运行500 000次，并且工作温度和阻尼力的变化是预测相对于阻尼器的阻尼力。操作周期数。然后将预测的阻尼力与测得的阻尼力进行比较，以证明在第一部分中从各种环境条件中提取的宾厄姆模型的有效性。

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