包含内部接口的近似模态接口-解空间投影法用于多层印刷电路的高效有限元分析

Shih-Hao Lee, Jianming Jin
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引用次数: 0

摘要

近似模态接口-解空间投影(AMI-SSP)[1]是一种用于多层印刷电路高效宽带仿真的结合域分解-模型降阶(DD-MOR)算法。AMI方法独立解决电路板各层的问题,并将问题简化为各层耦合的全局接口系统。每一层的网格可以独立生成和细化,而不必在子域接口上保持一致。AMI-SSP算法首先在每一层执行SSP[2],生成降阶模型,大大加快了AMI计算速度,实现了快速扫频。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The approximate modal interface—solution space projection method including internal ports for efficient finite-element analysis of multilayer printed circuits
The approximate modal interface—solution space projection (AMI-SSP) [1] is a combined domain decomposition—model order reduction (DD-MOR) algorithm for efficient broadband simulation of multilayer printed circuits. The AMI method solves each layer of a circuit board independently and reduces the problem to a global interface system which couples all the layers. The mesh of each layer can be generated and refined independently without being consistent at a subdomain interface. In the AMI-SSP algorithm, SSP [2] is first performed in each layer to generate reduced-order models, with which the AMI computation is accelerated significantly and a fast frequency sweep is achieved.
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