学术报告:Computational Materials Physics and Mechanics for Design

发布者:厉伟发布时间:2019-06-23浏览次数:68


报告题目:Computational Materials Physics and Mechanics for Design

报告人:Jefferson Zhe Liu

报告地点:矿业科学中心B514-2报告厅

报告时间:20196259:00-11:00

报告摘要The advancement of modern computation techniques has enabled the ability to predict physical properties of crystal structures, establish structure-properties of materials, and simulate physical and mechanical processes for well-defined yet complex systems. Multiscale computation is becoming a powerful tool for design of complex systems. In this talk, I will start with a briefly presentation of my group’s research interests on nanoionics and nanofluidics, two-dimensional smart materials, and metallic/semiconductor alloys designs. Then I will focus on nano-fluidics and nan-ionics that investigate the molecular transport dynamics in nanopores/nanochannels/nanoslits. This includes gas molecule transport in nanoporous materials for gas separation and storage in clean energy and environment applications. It also includes the fluid and ion transport in nanoporous electrode materials for high efficient energy storage applications. Our focus is to discover new phenomena, reveal the underlying new physical mechanisms, establish quantitative models, and ultimately to rationally design new materials and new devices for real applications.

报告人简介:刘哲博士,现为澳大利亚墨尔本大学副教授。毕业于清华大学工程力学系,获全国优秀百篇博士论文奖(“碳纳米管若干力学问题的研究”,2005)。2006年,他在美国西北大学材料科学与工程系获得第二个博士学位。随后他在美国可更新能源国家实验室从事两年的博士后研究。曾获得教育部自然科学一等奖(“碳纳米材料和器件的力学与机理创新研究”第三完成人,2008)和国家自然科学二等奖(“范德华层状介质的滑移行为和力学模型”第二完成人,2017

刘哲博士的主要研究领域为计算材料学。他的研究组主要关注于利用先进的多尺度材料计算模拟和机器学习的方法来设计新型材料。研究方向包括合金设计(金属结构合金和半导体功能合金),二维智能材料(能量转换),以及纳米流体和离子学(能源储存材料和器件)。已发表约100篇论文;其中约25篇发表在国际顶级期刊上,包括Science/Nature系列,PRLJACSAdv. Mater.Nano Lett;四篇ESI高引论文;部分科研成果在Nature news, Nature Chemistry news&viewsNature Nanotechnology news&views, Phys.org等学术期刊和媒体正面专题报道。




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国家煤加工与洁净化工程技术研究中心

2019年6月23