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机译:铁磁叠片铁芯实用两步均质技术
Inst. of Mech. Mater. & Civil Eng., UCL, Louvain-la-Neuve, Belgium;
approximation theory; eddy current losses; electromagnetic fields; ferromagnetic materials; ferromagnetism; finite element analysis; iron alloys; laminations; magnetic cores; magnetic hysteresis; silicon alloys; thin film devices; 1D finite element magnetodynamic problem; 2D macroscale simulation; 3D macroscale simulation; FE code; algebraic approximation; arbitrary excitation; eddy currents; electrical devices; electromagnetic field; ferromagnetic laminated cores; ferromagnetic lamination stack; flnite element simulation; homogenised laminated core model; homogenised model; hysteresis; laws of magnetodynamics; macroscopic modelling; material laws; mesoscale; mesoscopic model; monolithic implementation; pragmatic two step homogenisation technique; system identification technique; thin electrical steel laminations;
机译:叠层铁磁芯的磁动力学计算均质化
机译:用于电机损耗预测的叠片铁磁芯模型
机译:一种计算叠层铁磁芯线圈阻抗的摄动方法
机译:三维有限元模型中叠片铁芯的非线性时域均匀化技术
机译:铁磁芯环形天线的有源铁芯饱和防止
机译:两步热压技术制备的热塑性多层碳纤维/聚碳酸酯层压板
机译:净循环电流时叠片铁芯的时域有限元均质化