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Recent Advances in EM Centric Multi-Physics Parametric Modeling

机译:电磁中心多物理参数建模的最新进展

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This paper provides an overview of the recent advances of electromagnetic (EM) centric multiphysics parametric modeling for microwave components. Space mapping is used to combine the computational efficiency of EM single physics (EM only) simulation with the accuracy of the multiphysics simulation. Good modeling accuracy can be achieved with fewer multiphysics training data and less computational cost. The developed models can be further used to provide accurate and fast prediction of EM centric multiphysics responses with respect to the changes of design parameters within the training regions.
机译:本文概述了针对微波组件的电磁(EM)中心多物理场参数化建模的最新进展。空间映射用于将EM单物理场(仅EM)仿真的计算效率与多物理场仿真的精度相结合。较少的多物理场训练数据和较少的计算成本可以实现良好的建模精度。相对于训练区域内设计参数的变化,开发的模型可以进一步用于提供以EM为中心的多物理场响应的准确,快速的预测。

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