达尔文主义的MEMS

J. Korvink, Zhenyu Liu
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引用次数: 2

摘要

达尔文的自然选择理论被认为是对自然界进化过程的主要解释。技术系统的演变主要集中在创造性问题解决理论上。因此,高效的优化技术是促进技术系统进化的关键。在本演示中,我们将首先关注拓扑优化工作的一般流程图。其次,我们将解释灵敏度计算和优化器是如何实现的。在微系统技术的背景下,提出了单个物理场(如静电、热、机械、流体和光学问题)和多物理耦合场(如机电和电热机械问题)的优化示例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Darwinism for MEMS
Darwin's theory of natural selection is seen as the primary explanation of the process of evolution in nature. The evolution of the technical systems mainly focuses on the theory of inventive problem solving. Therefore an efficient optimization technology is a key for boosting the evolution of technical systems. In this presentation, we will firstly focus on the general flowchart of how topology optimization works. Secondly we will explain how the sensitivity calculation and the optimizer is implemented. Optimization examples for a single physical field, such as the potential of electrostatics, thermal, mechanical, fluid and optical problem, and multiphysical coupled fields, such as electromechanical and electro-thermal-mechanical problems, are presented in the context of microsystems technology.
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