A multi-scale model of a Micro-Mirror Array and an automatic model derivation tool

D. Nguyen, W. Belkhir, N. Ratier, Bin Yang, M. Lenczner, F. Zamkotsian, Horatiu Cirstea
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引用次数: 3

Abstract

This paper reports recent advances in the development of a symbolic asymptotic modeling software package MEMSALab which will be used for automatic generation of asymptotic models for arrays of micro and nanosystems. First, an asymptotic model for the stationary heat equation in a Micro-Mirror Array developed for astrophysics is presented together with some key elements of its derivation. This illustrates the mathematical operations that need to be implemented in MEMSALab. The principle of operation of this software is to construct models incrementally so that model features can be included step by step. This idea conceptualized under the name “by extension-combination” is presented for the first time after having recalled the general functioning principles. A friendly user language recently introduced is also shortly discussed.
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微镜阵列的多尺度模型及模型自动推导工具
本文报道了符号渐近建模软件包MEMSALab的最新进展,该软件包将用于微纳米系统阵列的渐近模型的自动生成。首先,给出了用于天体物理学的微镜阵列定常热方程的渐近模型及其推导的一些关键要素。这说明了需要在MEMSALab中实现的数学运算。该软件的工作原理是逐步构建模型,从而逐步包含模型特征。在回顾了一般功能原则之后,第一次提出了以“通过扩展组合”的名称概念化的想法。本文还简要讨论了最近引入的一种友好的用户语言。
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