CAJ | 학술논문

合理的磁路结构及均匀的磁场强度对磁流变抛光效果起着至关重要的作用，基于电磁铁的特性并结合集群磁流变技术，设计了一种集群式指状电磁铁。详细分析了集群式指状电磁铁的结构设计，通过Ansoft有限元仿真对集群式指状电磁铁的结构进行仿真及优化。优化结果显示：当凹槽间隙为1 mm、凹槽深度为2 mm且凹槽进行圆弧处理时，两磁极磁指区域表面可以获得比较均匀的面域磁场。经试验证明，磁极头磁指处磁感应强度的测试曲线与仿真曲线趋势吻合度达87.5%，符合集群效应，磁场强度满足集群磁流变抛光的要求。
합리적자로결구급균균적자장강도대자류변포광효과기착지관중요적작용，기우전자철적특성병결합집군자류변기술，설계료일충집군식지상전자철。상세분석료집군식지상전자철적결구설계，통과Ansoft유한원방진대집군식지상전자철적결구진행방진급우화。우화결과현시：당요조간극위1 mm、요조심도위2 mm차요조진행원호처리시，량자겁자지구역표면가이획득비교균균적면역자장。경시험증명，자겁두자지처자감응강도적측시곡선여방진곡선추세문합도체87.5%，부합집군효응，자장강도만족집군자류변포광적요구。
The magnetic structure is reasonable and uniform magnetic field intensity on the MRF effect plays a crucial factor, based on the characteristics of the study electromagnets combined MRF technology clusters, designed a cluster finger electromagnet. Detailed analysis of the cluster finger electromagnet design, finite element simulation by Ansoft cluster electromagnet structure simulation and optimization finger. Optimization results show that when the recess gap of 1mm,2mm groove depth and groove for circular deal,the two magnetic poles refers to the surface area of the surface can be obtained relatively uniform magnetic field. The test proved that the magnetic pole head refers to the curve of the magnetic flux density test and simulation curve trend goodness of fit up to 87.5%, in line with the cluster effect,the magnetic field strength to meet the requirements of the cluster MRF.