This paper presents a 3D multiphysic modeling based on the coupling between the nonlinear discrete energy‐averaged model and the finite element method for the design optimization of magnetoelectric laminar structures. The model is applied to investigate the influence of the layer width on the output voltage and power performances while taking into account the magnetic losses due to the eddy currents.

中文翻译：

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磁电复合材料新型结构的3D有限元建模与研究

本文提出了基于非线性离散能量平均模型与有限元方法耦合的3D多物理场模型，用于磁电层流结构的设计优化。该模型用于研究层宽对输出电压和功率性能的影响，同时考虑了由涡流引起的磁损耗。