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首页> 外文会议>International Conference on Mechanical Engineering and Mechanics vol.2; 20051026-28; Nanjing(CN) >Identification of Building Blocks for MEMS Design Synthesis
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Identification of Building Blocks for MEMS Design Synthesis

机译：识别MEMS设计综合的基础

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摘要

One of the pre-requisites for MEMS design synthesis is that the synthetic building blocks have to be prior specified by the designers. This often implies that the designers have to have a rough idea of the physical structure of the intended design before design synthesis. To help identify the necessary building blocks, this paper presents a behavioural modelling and behaviour-phenomenon-structure mapping methodology. Briefly it can be described as a sequential process of modelling the MEMS behavioural process, mapping a required behaviour to an enabling phenomenon, and extracting and retrieving the building blocks from the identified structural components. To achieve this goal, several aspects of adaptation are made to the existing design model that works for general (macro-level) product design, including the incorporation of chemical/biological/other reactions (in addition to physical interactions) and the involved substances in behaviour representation, and the exploitation of multidisciplinary phenomena and three kinds of constraints in behavioural modelling. These constraints not only enable a required behaviour to occur but also enable it to produce an output at the desired level of significance. With these strategies and methods, the building blocks for a MEMS design synthesis may be identified or developed in a formalized manner. At the end of the paper, a MEMS design synthesis case study is presented to further illustrate the proposed methodology, as well as to demonstrate its usefulness.
机译：MEMS设计综合的先决条件之一是必须由设计人员预先指定合成构件。这通常意味着设计人员必须在设计综合之前对预期设计的物理结构有一个大概的了解。为了帮助确定必要的构建基块，本文提出了一种行为建模和行为现象结构映射方法。简而言之，它可以描述为对MEMS行为过程进行建模，将所需行为映射到使能现象以及从已识别的结构组件中提取和检索构造块的顺序过程。为了实现此目标，对适用于常规（宏观）产品设计的现有设计模型进行了多个方面的调整，包括将化学/生物/其他反应（除了物理相互作用）以及所涉及的物质纳入其中。行为表示，以及多学科现象的利用和行为建模中的三种约束。这些约束不仅使所需的行为发生，而且使它能够产生所需的重要程度的输出。利用这些策略和方法，可以以形式化的方式识别或开发MEMS设计综合的基础。在本文的最后，提出了MEMS设计综合案例研究，以进一步说明所提出的方法，并证明其有用性。

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