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Support for microsystems simulation: Are we watching the clock?

机译:支持微系统仿真:我们正在观看时钟吗?

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Real world Microsystems devices are multi-disciplinary, adaptive, and non-linear. Along the critical development path of Microsystems is a conspicuous absence of materials data, including materials compatibility and life models. To advance the state-of-the art in simulation, ASM has completed the first of three phases of a materials database development effort. The "strides and stumbles" associated with the database are discussed and opportunities for collaboration identified, particularly in the area of material reliability and harsh environment life prediction efforts. A materials database can benefit systems design and simulation efforts, but a phased approach to this undertaking is essential. Case-studies originally intended to validate the database became a surprising component of development strategy. ASM is seeking and welcomes opportunities for collaboration with other research groups as this interdisciplinary project moves forward.
机译:现实世界微系统设备是多学科,适应性和非线性的。沿着微系统的关键开发路径是一种显着的材料数据,包括材料兼容性和生活模型。为了推进仿真中的最先进,ASM已完成材料数据库开发工作的第一个阶段。讨论了与数据库相关联的“进步和绊脚石”,并识别协作的机会,特别是在材料可靠性和恶劣环境生活预测努力中。材料数据库可以使系统设计和模拟工作受益,但该承诺的相位方法至关重要。案例研究最初旨在验证数据库成为发展战略的令人惊讶的成员。随着这种跨学科项目向前发展,ASM正在寻求并欢迎与其他研究群体合作的机会。

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