International Workshop on Predictive Modelling of Composite Materials

摘要：国际复合材料预测建模研讨会项目摘要，NSF提案# CMS-0622381会议的本质是通过全体会议论文和专门研讨会的介绍，在材料结构的纳米和微米水平上识别并随后避免所有可能的弱点来源；并结合预测设计的方法，彻底预防了米长组合结构的不幸。重点关注如何优化设计微结构、纳米建筑材料、MEMS和智能材料以及信息技术材料。报告观察到的现象和展示关键的测量实验数据，在兼容的建模技术和预测行为之间建立联系是成功的完全集成材料/结构设计方法的重要组成部分。内置到物理模型将是那些重要的加工变量，导致新的和创新的制造方法。例如，将主要院士与航空航天及相关行业的合作伙伴聚集在一起，将大大改善测试、评估和认证方法的基础，从而为航空航天领域的科学成就和新产品引入及时释放机会。

ABSTRACTInternational Workshop on Predictive Modelling of Composite MaterialsProject Summary, NSF Proposal # CMS-0622381 The essence of the Meeting through the presentation of plenary papers only and specialized workshops, is the identification and subsequent avoidance of all conceivable sources of weakness at the nano and micron level of material architecture; and when coupled with methods of predictive design to the complete prevention of misfortune of composite structure metres in length. Attention focuses on how to optimize designed microstructures, nano-architectural materials, MEMS and smart materials, and information technology materials. Reporting on observed phenomena and presenting critical measured experimental data, making links between compatible modeling techniques and predicting behavior are vital ingredients to a successful totally integrated material/structure design methodology. Built into physical models will be those essential processing variables that lead to new and innovative fabrication methods. Bringing together key academicians with partners in the aerospace and related industries, for example, will significantly improve the basis for testing, evaluation and certification methodologies, thereby unlocking the timely opportunities in scientific achievement and new product introduction in aerospace.