基于Ansoft Maxwell干压多极磁环的磁路优化设计
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摘要
基于三维数值有限元分析软件Ansoft Maxwell,建立了干压多极磁环模具的磁路应用系统的仿真模型,对比不同磁路排列设计,分析了磁路系统的静态磁场分布和磁感应强度,以便对产品进行设计优化。利用仿真计算结果指导干压多极磁环模具的磁路系统设计,制作了实物样品,满足设计要求,验证了优化结果。
Based on three-dimention numerical finite element analysis software Ansoft Maxwell,the simulation model of magnetic circuit application system for dry pressing multi-pole magnetic ring mold was established.Comparing of different magnetic circuit arrangement design,the static magnetic field distribution and magnetic induction intensity of the magnetic circuit system were analyzed in order to optimize the design of the magnetic application product.According to the simulation and computation results,the design of the magnetic circuit system in the dry pressing multi-pole magnetic ring mold can be well instructed.To meet the design requirements,the physical samples are prepared and the optimization results are verified.
Based on three-dimention numerical finite element analysis software Ansoft Maxwell,the simulation model of magnetic circuit application system for dry pressing multi-pole magnetic ring mold was established.Comparing of different magnetic circuit arrangement design,the static magnetic field distribution and magnetic induction intensity of the magnetic circuit system were analyzed in order to optimize the design of the magnetic application product.According to the simulation and computation results,the design of the magnetic circuit system in the dry pressing multi-pole magnetic ring mold can be well instructed.To meet the design requirements,the physical samples are prepared and the optimization results are verified.
引文
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