Electromagnetic modeling as a constituent of multi-disciplined design

N. Buris
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Abstract

A scalable framework of multi-disciplined design that is able to accommodate any geometric based design discipline is presented. Of the several challenges in the way of high fidelity, physics based design and modeling are the focus of This work. The complexity of a problem described in its raw geometry is overwhelming. The second challenge discussed in This work is the coupling of most, if not all disciplines in an optimization problem when described at the geometric level. Often, the degree of discipline coupling is a function of the type and level of optimization that one is "willing" to pursue, or ignore. Application examples are given in the area of electromagnetic and structural analyses for components appearing in cellular phones.
电磁建模作为多学科设计的组成部分
提出了一种可扩展的多学科设计框架,能够适应任何基于几何的设计学科。在高保真度方面的几个挑战中,基于物理的设计和建模是本工作的重点。用原始几何来描述问题的复杂性是压倒性的。本文讨论的第二个挑战是,当在几何层面上描述优化问题时,大多数学科(如果不是所有学科)的耦合。通常,规程耦合的程度是一个“愿意”追求或忽略的优化类型和级别的函数。给出了在移动电话中出现的部件的电磁和结构分析领域的应用实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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