Defining Reconfigurable 3D Structures Through Buckling of Polymer Plates, Shells, and Multilayers
讲座名称：
Defining Reconfigurable 3D Structures Through Buckling of Polymer Plates, Shells, and Multilayers
讲座时间：
2015-05-29
讲座人：
Ryan Hayward
形式：
校区：
兴庆校区
实践学分：
讲座内容：
报告题目： Defining Reconfigurable 3D Structures Through Buckling of Polymer Plates, Shells, and Multilayers
报 告 人： Prof. Ryan Hayward
报告时间： 2015/5/29, 16:00
报告地点： 科学馆207
报告人简介：
Hayward教授1999年本科毕业于普林斯顿大学，本科期间已有一作的Nature、Macromolecules、专利等工作发表。2004年博士毕业于加州大学圣芭芭拉分校，师从材料界著名科学家Edward Kramer。在哈佛大学David Weitz教授组做完一年博士后之后，在美国高分子研究引领单位麻州大学阿默斯特分校高分子科学与工程系任教至今。现为ACS Macro Letters副主编。于2014年获得APS John H. Dillon奖，并被聘为普林斯顿大学讲习教授。目前已在Science、Nature、 Nature Chemistry、 Nature Materials等国际顶级期刊发表文章80多篇，总他引次数1500余次。
报告摘要：
Thin elastic plates and shells subjected to compressive stress can undergo a wide variety of geometry-dependent mechanical shape instabilities. Inspired by many examples in nature where such processes are used to provide adaptable form and function, our group seeks to develop new approaches to synthetic materials systems with tailored and reconfigurable 3D shapes and properties. In particular, we have studied the use of photo-patterned and photo-responsive polymer films to prepare polymer films and multilayers containing stimuli-responsive elements. This approach provides access to both smoothly curved plates with programmable and reconfigurable Gaussian curvature, and sharply folded films suitable for reversibly self-folding micro-scale origami. The folding of curved surfaces is largely unexplored, but our initial investigations have revealed simple geometric principles for designing bistable shell structures connected by rapid snap-buckling transitions.
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