Investigation of cluster growth in MR fluids using an ultrasonic wave propagation
Investigation of cluster growth in MR fluids using an ultrasonic wave propagation
复制标题
使用超声波传播研究 MR 流体中的簇生长
DOI：
10.1088/1742-6596/412/1/012019
复制
发表时间：
2013
期刊：
影响因子：
--
通讯作者：
Shunnosuke Abell and Tatsuo Sawada
中科院分区：
文献类型：
--
作者：
Ahmad Isnikurniawan;Jun Kuroiwa;Shunnosuke Abell and Tatsuo Sawada
本文报道了磁流变液中团簇生长的实验研究结果。通过对MR流体施加不同的磁场（M/F）扫描速率进行实验。在不同时间从0到400 mT扫描磁场。由于MR流体是不透明的，因此应用超声测量方法。超声波在磁流变液中的传播速度（V）依赖于磁场，并与磁流变液中团簇的形成密切相关。因此，测量了超声波传播速度，并计算了超声波传播速度的变化（ΔV/V0）。根据实验结果，可以对磁流变液中团簇的生长进行实验分析。研究了磁流变液体积分数对团簇生长的影响。此外，还讨论了超声传播速度的变化与M/F扫描速率的关系。
This research reports the experimental results of a study on cluster growth in Magneto-rheological (MR) fluid. The experiments were conducted by applying different magnetic field (M/F) sweep rates to MR fluid. A magnetic field was swept from 0 to 400 mT at different times. Since the MR fluid is opaque, an ultrasonic measurement method was applied. Ultrasonic propagation velocity (V) in MR fluid is dependent on magnetic field and is strongly related to cluster formation in this fluid. Therefore, ultrasonic propagation velocity was measured and the change of ultrasonic propagation velocity (ΔV/V 0) was calculated. Based on the experimental results, cluster growth in MR fluids can be analyzed experimentally. Effect of volume fraction in MR fluid on cluster growth is presented. Furthermore, the relation between the change of ultrasonic propagation velocity and M/F sweep rate is discussed.