sunbirdadmin 为增进会员间的交流，为亚省华人科技专业人士提供学业、职业进步的平台，清华大学校友会亚省分会将举行一系列的专业沙龙活动，内容涵盖新技术趋势、求职、职业发展、科技创业，等等。首次沙龙活动将于10月7日在ASU举行。具体议程如下：
时间: 5:30pm~7pm, Oct 7th, Friday, 2011
地点: Goldwater (GWC) 487, ASU (Street Address: 650 E. Tyler Mall, Tempe,
AZ 85287)
演讲者: Professor Hanqing Jiang, Dept. of Mechanical and Aerospace Engr., ASU
主题: A Few Explorations of Utilizing Mechanics as a Versatile Modulator in
Electronic Devices and Energy Storage Devices
所有清华校友会亚省分会的成员和其他科技专业人士都欢迎参加本次活动。
Dear TAAA members,
As announced earlier, we are kicking off TAAA Salons with the focus of providing a platform to promote the professional connection among members. We are much honored to have Prof. Hanqing Jiang from ASU to be our first TAAA Salon speaker on October 7th at ASU campus.
Time: 5:30pm~7pm, Oct 7th, Friday, 2011
Location: Goldwater (GWC) 487, ASU (Street Address: 650 E. Tyler Mall, Tempe, AZ 85287)
Speaker: Professor Hanqing Jiang, Dept. of Mechanical and Aerospace Engr., ASU
Topic: A Few Explorations of Utilizing Mechanics as a Versatile Modulator in Electronic Devices and Energy Storage Devices
An abstract and a speaker biography are attached at the end of the email.
All members are welcome to attend the Salon for the exciting technical seminar and to meet with other TAAA members. The seminars in TAAA Salons are intended to be of general interest to technical professionals regardless of the topics. We especially encourage all the new members who just arrived in Arizona this year to come to join us. The first 30 minutes are designated to let the new members introduce themselves to everyone. If you are a new member attending the Salon, please send an email to Min Tao (min.tao@intel.com) before Oct7th. The seminar will start at 6pm. Light refreshment will be provided as well.
If you have any ideas that you want to share with other members via the Salons, Please send Hongyu Yu (hongyuyu@asu.edu) an email so we can follow up and have you as the speaker/panel in the future ones.
Looking forward to seeing you all in our first Salon on Oct. 7th !
With kind regards,
TAAA Executive Committee
Abstract
Nonlinear buckling of thin, high modulus plates on compliant supports represents a classical problem in mechanics. Over the last several decades, numerous theoretical and experimental studies of this phenomenon have been performed. Although buckling has historically been viewed as a mechanism for catastrophic structural failure, pioneering work in the late 1990抯 showed that this behavior can be controlled in micro and nanoscale systems to generate interesting structures with well defined geometries and dimensions in the 100 nm ~ 100 mm range. Renewed interests have been re-created in this area and many active research groups are exploring basic scientific aspects as well as applications, such as in stretchable electronics, micro and nanoelectromechanical systems, high precision micro and nano-metrology methods, and pattern formation for micro/nano-fabrication. In this talk, the basic mechanics analysis will be discussed, such as buckling profile determination under small and finite deformation for several different materials, followed by some applications in stretchable electronics, sensors, tunable grating, strain sensors, and energy storage devices.
Bio of Professor Jiang
Dr. Hanqing Jiang is an Assistant Professor in the Department of Mechanical and Aerospace Engineering at Arizona State University. Dr. Jiang received Ph.D. from Tsinghua University in 2001. His current research interest is the mechanics of stretchable electronics, multi-scale materials modeling and simulation with emphasis on multifield interactions, including soft materials, atomistic-based continuum theory, atomic-scale finite element method, nanocomposites, and electronic-mechanical coupling of nanomaterials and nanostructures. He has published 5 book chapters and about 50 peer-reviewed journal papers. Many of his papers are among the top cited papers in mechanics and/or mechanical engineering communities.
Dr. Hanqing Jiang has received many awards, including the National Excellent Doctoral Dissertation Award of China in 2003, and National Science Foundation CAREER award in 2008.
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