牛津大学奥利尔学院Dr Simone Falco在线讲座
各学院、各实验室
疫情防空期间,牛津大学奥利尔学院Dr Simone Falco为中国高校学生举行一系列在线讲座,关于讲座的主要内容和报名方式如下,请感兴趣的老师或同学积极报名参加:
Speaker: Dr. Simone Falco
Lecturer at Oriel College, Post-Doctoral Research Associate in the Department of Engineering Science, University of Oxford
牛津大学奥利尔学院工程科学讲师,牛津大学工程科学系博士后研究助理
Research Interests 研究方向:
l Numerical modelling of polycrystalline microstructures 多晶微观结构的数值模拟
l Numerical simulation of crack propagation in brittle materials 脆性材料中裂纹扩展的数值模拟
l Multiscale modelling of manufacturing mechanisms 制造机制的多尺度建模
l High strain-rate testing of brittle materials at multiple scales 多尺度脆性材料的高应变率测试
Lecture Topics 在线讲座:
1. Generation of statistically-representative numerical models for micromechanical simulations 用于微机械仿真的具有统计意义的数值模型的生成
The talk will provide an overview of both deterministic and statistical techniques, highlighting the latest developments in the field, before focusing on the main advantages of the statistical approaches that are leading to their growing diffusion within both research and industry communities. 讲座将概述确定性和统计技术,重点介绍该领域的最新发展及统计方法的主要优势,这些优势将带来微机械仿真在研究界和行业界的推广。
讲座1扫以下二维码报名,请填写相关信息,以便收阅在线讲座信息的确认邮件:
2. High-rate testing and characterisation of hard materials 硬质材料的高速测试和表征
The talk will focus on the characterisation and testing techniques in the high strain-rate regime, describing the actual functioning of each testing apparatus and the interpretation of the experimental results, as well as highlighting their importance for industrial and defense applications. 讲座将重点讨论高应变率条件下的表征和测试技术,描述每种测试设备的实际功能以及对实验结果的解释,并重点介绍其在工业和国防应用中的重要性。
讲座2扫以下二维码报名,请填写相关信息,以便收阅在线讲座信息的确认邮件:
3. Role of micromechanical models within multiscale approach 微观机械模型在多尺度方法中的作用
The talk will provide an overview of the multiscale methods developed within the framework of Finite Elements Method (FEM), highlighting the advantages and criticalities of both concurrent and hierarchical multiscale approaches, as well as the role and requirements of micromechanical models. 讲座将概述在Finite Elements Method(FEM)框架内开发的多尺度方法,突出并发和分层多尺度方法的优点和重要性,以及微机械模型的作用和要求。
讲座3扫以下二维码报名,请填写相关信息,以便收阅在线讲座信息的确认邮件:
讲座时间: 4月第三周或第四周工作日,17:00-18:00 或 18:30-19:30
讲座平台:待定
具体时间、在线讲座平台及登录方式在报名后以邮件形式确认。
国际合作与交流部
2020年3月31日