Conference: 5th World Congress on Integrated Computational Materials Engineering (ICME); Indianapolis, Indiana; July 21-25, 2019

该赠款为将于2019年7月21日至25日在印第安纳州印第安纳波利斯举行的第五届世界集成计算材料工程大会（ICME2019）提供财政支持。在第一届、第二届、第三届和第四届 ICME 世界大会（于 2011 年、2013 年、2015 年、2017 年举行）取得成功的基础上，ICME2019 是分享和传播该领域最新科学和工程进展的首要论坛。集成计算材料工程 (ICME) 是一种使用计算机建模程序来预测材料行为并将这些信息集成到整个材料、加工和制造设计周期中的方法。 ICME 因其在缩短产品开发时间、同时降低成本和改善设计和制造成果方面的巨大潜力而​​受到国际关注。 ICME2019 将聚集 ICME 贡献者社区（研究人员、教育工作者、工程师和学生），以捕捉当前的最新技术，找出 ICME 工作中当前的差距，并为 ICME 在全球范围内的未来发展和应用奠定基础。我们大力鼓励学生参与，让学生接触 ICME 的最新进展，从而帮助培养该领域的下一代领导者。本次会议向来自学术研究、政府、行业和教育界的所有感兴趣的个人开放。 ICME 领域通过提供缩短产品开发时间的潜力，同时降低相关成本，帮助彻底改变了材料和制造设计。 ICME2019 将考虑的关键主题领域包括：（1）经过实验验证的 ICME 方法适用的广泛材料项目，包括基于计算和实验的讲座，（2）ICME 中使用的单独计算方法，（3）ICME 在工业继续教育中的作用，（4）ICME 中的高通量计算应用，（5）材料加工和材料表征技术的开发，（6）“大数据、数据融合和机器学习”的结合使用 ICME 方法进行材料和产品开发的“学习”，(7) ICME 数据库和数据库技术的开发，(8) 弥合跨尺度材料模拟的差距，(9) ICME 在材料开发方面的成功案例，(10) ICME 实施策略，(11) 验证、确认和不确定性量化，(12) 互操作性、数据和通信标准，以及 (13) ICME 全球网络倡议。本次世界大会将包括来自世界各地的 200 多场演讲，包括 100 多位讲台演讲者和精彩的海报会议。该计划旨在最大限度地提高建模者和实验者之间的互动，并在信息广度和讨论深度以及互动机会之间提供平衡。该奖项反映了 NSF 的法定使命，并通过使用基金会的智力价值和更广泛的影响审查标准进行评估，被认为值得支持。

This grant provides financial support for the 5th World Congress on Integrated Computational Materials Engineering (ICME2019) to be held from July 21-25, 2019 in Indianapolis, Indiana. Building on the success of the 1st, 2nd, 3rd and 4th World Congresses on ICME (held in 2011, 2013, 2015, 2017), ICME2019 is the premier forum for sharing and dissemination of the latest scientific and engineering advances in this field. Integrated Computational Materials Engineering (ICME) is an approach that uses computer modeling programs to predict the behavior of materials and integrate this information into the overall materials, processing, and manufacturing design cycle. ICME has received international attention due to its enormous potential to shorten product development time, while lowering cost and improving design and manufacturing outcomes. ICME2019 will assemble the community of ICME contributors--researchers, educators, engineers, and students--to capture the current state-of-the-art, identify current gaps in ICME efforts, and to set the stage for the future growth and application of ICME worldwide. Student participation is greatly encouraged to give students exposure to recent advances in ICME, and thus help prepare the next generation of leaders in this field. This meeting is open to all interested individuals from academic research, government, industry, and educational professions. The field of ICME has helped to revolutionize materials and manufacturing design by providing the potential to shorten product development time, while lowering the associated costs. The key topical areas that will be considered at ICME2019 include: (1) the wide range of materials programs where an ICME approach validated by experimental efforts is applicable, including computational- and experimental-based talks, (2) individual computational methods utilized in ICME, (3) the roles of ICME in continuing education in industry, (4) high-throughput computing application in ICME, (5) development of materials processing and materials characterization technology, (6) incorporation of "big data, data fusion, and machine learning" for materials and product development with ICME methodologies, (7) development of database and database technology for ICME, (8) bridging the gap of across-scales materials simulation, (9) success stories of ICME on materials development, (10) ICME implementation strategies, (11) verification, validation, and uncertainty quantification, (12) interoperability, data and communications standards, and (13) ICME networking initiatives worldwide. This world congress will include over 200 presentations from around the world, with over 100 podium speakers and a robust poster session. The program has been designed to maximize interaction among modelers and experimentalists and provide a balance between breadth of information and depth of discussion and interaction opportunities.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.