时代农机
時代農機
시대농궤
Hunan Agricultural Machinery
2015年
2期
32-34
,共3页
永磁电机%转子冲片%APDL%结构优化
永磁電機%轉子遲片%APDL%結構優化
영자전궤%전자충편%APDL%결구우화
permanent magnet motor%rotor plate%structure optimization,APDL
运用ANSYS的优化设计模块对永磁电机转子冲片隔磁桥附近的结构进行优化设计，采用APDL参数化设计通过拓扑形状优化功能确定冲片优化的初始区域，在此基础上运用尺寸优化功能确定最优的形状尺寸参数，最终结合工程化要求确定转子冲片的施工结构尺寸。电机最后通过最高转速试验表明文章运用的结构优化设计方法切实可行，满足工程化生产要求。
運用ANSYS的優化設計模塊對永磁電機轉子遲片隔磁橋附近的結構進行優化設計，採用APDL參數化設計通過拓撲形狀優化功能確定遲片優化的初始區域，在此基礎上運用呎吋優化功能確定最優的形狀呎吋參數，最終結閤工程化要求確定轉子遲片的施工結構呎吋。電機最後通過最高轉速試驗錶明文章運用的結構優化設計方法切實可行，滿足工程化生產要求。
운용ANSYS적우화설계모괴대영자전궤전자충편격자교부근적결구진행우화설계，채용APDL삼수화설계통과탁복형상우화공능학정충편우화적초시구역，재차기출상운용척촌우화공능학정최우적형상척촌삼수，최종결합공정화요구학정전자충편적시공결구척촌。전궤최후통과최고전속시험표명문장운용적결구우화설계방법절실가행，만족공정화생산요구。
The structure around the flux barrier of permanent magnet motor rotor plate was designed optimally with the ANSYS optimization design module of ANSYS , the initial area where the rotor plate was optimized was determined through topological shape optimization function with the application of APDL parametrization design , based on that,the optimal size parameter was determined with the application of the size optimization function , finally ,combined with the engineering requirements , the construction structure size of the rotor-sheet was determined. That the motor past highest rotate speed test shows that the structure optimization design method is feasible, it meets the requirements of engineering production.
