IUTAM Symposium on Integrated Computational Structure-Material Modeling of Deformation and Failure under Extreme Conditions; Baltimore, Maryland; June 10-22, 2016

该补助金提供资金，以支持理论与应用力学（IUTAM）的国际联盟研讨会上“综合计算结构材料建模的变形和极端条件下的故障”，将在巴尔的摩，马里兰州举行6月10日至22日，2016年。研讨会将重点讨论不同的材料类别，并涵盖极端操作参数下基于物理的变形和失效建模所需的一系列空间和时间尺度。研讨会将汇集来自学术界、政府实验室和工业界的顶尖研究人员。将邀请来自学术界和政府实验室的一些初级教员和年轻研究人员参加IUTAM研讨会。通过该提案提供的资金将增加初级教师和研究人员参与者的数量，为该领域的下一代科学领导者做好准备。对未来系统的高要求正在挑战金属，陶瓷和复合材料等材料的操作极限。增强系统的设计，以满足性能和可靠性的挑战，需要先进的分析和模拟方法，以提供对结构材料行为的全面了解。来自学术界、工业界和政府实验室的杰出发言者应邀介绍了专题讨论会专题领域的最新情况，并作了大约35次专题介绍。将有三个小组讨论会集中在疲劳，冲击和爆炸载荷，辐射和高温环境中的材料行为的预测。此外，还计划举办一次海报会议，展示初级研究人员的研究进展。

This grant provides funding to support the International Union of Theoretical and Applied Mechanics (IUTAM) Symposium on "Integrated Computational Structure-Material Modeling of Deformation and Failure under Extreme Conditions," to be held in Baltimore, MD on June 10-22, 2016. The symposium will focus on different material classes and cover a range of spatial and temporal scales needed for physics-based modeling of deformation and failure under extreme operational parameters. The symposium will bring together top researchers from academia, government laboratories and industry. A number of junior faculty members and young researchers from academia and government laboratories will be invited to participate in the IUTAM symposium. Funding through this proposal would increase the number of junior faculty and researchers participants to prepare the next generation of scientific leaders in this field.High demands on future systems are challenging the operational limits of materials like metals, ceramics and composites. The design of enhanced systems to meet performance and reliability challenges requires advanced methods of analysis and simulation to provide a comprehensive understanding of the structure-material behavior. Distinguished speakers from academia, industry and government laboratories have been invited to address the state of the art in the thematic areas of the symposium and to make approximately 35 presentations. There will be three panel discussion sessions focused on the prediction of material behavior during fatigue, impact and blast loading, and radiation and high temperature environments. Additionally, a poster session is planned to showcase research progress by junior researchers.