Symposium on Recent Advances in Integrated Computational and Experimental Methods for Additive Manufacturing; Golden, Colorado; September 6-8, 2017

增材制造（AM）有望彻底改变工程设计、制造、材料和结构性能方面的现有范式。要充分实现增材制造的潜力，需要在增材制造材料和结构的工艺和性能建模方面取得重大进展。增材制造过程的建模与仿真本质上是多学科的，涉及多个物理和多个时空尺度，因此需要跨学科的研究。增材制造集成计算和实验方法最新进展研讨会的目标是将来自计算力学和材料科学研究界的研究人员聚集在一起，参与推进增材制造（AM）材料和结构的最先进的过程建模。会议的主题将是计算建模和实验的集成，利用增材制造的独特制造方面，以提高整体建模的预测性并实现流程优化。该奖项支持旅行和注册，使学生、博士后和早期职业专业人士能够参加本次研讨会，并与增材制造（一种新兴的转型制造技术）领域的领先专家进行讨论，以装备下一代材料劳动力。本次研讨会的主要目标是教育和装备下一代材料科学家和工程师，使他们能够在未来的制造业中取得成功。利用集成计算材料工程（ICME）的概念来达到先进制造的目标，正成为结构材料设计和制造的组成部分。为注册和旅行提供的支持将用于扩大本次会议的范围，使其包括学生、博士后和年轻专业人员，并特别注重通过鼓励妇女和代表性不足的少数民族参加会议来加强多样性。研讨会范围与促进先进制造业的国家倡议保持一致，包括材料基因组倡议（MGI）。通过将MGI的原理应用于AM等先进制造工艺，材料界可以更好地集成计算、实验和数字数据，以建立一个材料知识库，从而允许通过ICME设计和实施材料。

Additive manufacturing (AM) holds the promise of revolutionizing current paradigms in engineering design, manufacturing, and material and structural performance. Full realization of the potential of AM requires significant advances in both the process and performance modeling of additively manufactured materials and structures. The modeling and simulation of AM processes is multidisciplinary in nature, involving multiple physics as well as multiple time and space scales, thus requiring interdisciplinary research efforts. The goal of the Symposium on Recent Advances in Integrated Computational and Experimental Methods for Additive Manufacturing is to bring together researchers from the computational mechanics and materials science research communities involved in advancing the state-of-the-art in process modeling of additively manufactured (AM) materials and structures. A theme of the conference will be integration of computational modeling and experiment, leveraging the unique manufacturing aspects of AM, to improve overall modeling predictivity and to enable process optimization. This award supports travel and registration to enable students, postdocs, and early career professionals to attend this workshop and engage in discussions with leading experts in additive manufacturing - an emerging, transformational manufacturing technology - to equip the next-generation materials workforce.A primary goal of this symposium is to educate and equip the next generation of materials scientists and engineers with the tools they require to be successful in the manufacturing landscape of tomorrow. The use of Integrated Computational Materials Engineering (ICME) concepts to reach the goals of advanced manufacturing is becoming integral to the design and manufacture of structural materials. The support provided for registration and travel will be used to broaden the availability of this conference to include students, postdocs and young professionals, with a particular focus on enhancing diversity by encouraging women and underrepresented minorities to attend. The symposium scope aligns with national initiatives to promote advanced manufacturing, including the Materials Genome Initiative (MGI). By applying the principles of MGI to advanced manufacturing processes such as AM, the materials community can better integrate computation, experiments, and digital data to build a materials knowledge-base that will allow materials to be designed and implemented via ICME.