Ken Chong
About Ken Chong
Ken Chong is a Research Professor at George Washington University and an Associate at NIST, recognized for his contributions to smart and nano materials. He has received numerous awards, delivered over 50 keynote lectures, and published over 200 technical papers throughout his career.
Work at The George Washington University
Ken Chong has served as a Research Professor at George Washington University since 2010. In this role, he contributes to research and education in the field of mechanics, focusing on advanced materials and engineering principles. His tenure at the university spans over 14 years, during which he has engaged in various research initiatives and collaborations.
Education and Expertise
Ken Chong studied at Princeton University, where he focused on solid mechanics and earned his AM, MSE, and PhD degrees. His academic background provides a strong foundation for his research in mechanics, materials science, and engineering. He has applied his expertise in various professional roles, including his time at the National Science Foundation.
Background
From 1989 to 2010, Ken Chong worked at the National Science Foundation in Arlington, VA. He held multiple positions including Program Director, Engineering Advisor, and Interim Division Director. His extensive experience at NSF allowed him to influence national research directions in engineering and mechanics.
Achievements
Ken Chong has received numerous awards, including the ASME 2011 Ted Belytschko Applied Mechanics Award and the NSF highest Distinguished Service Award. He has delivered over 50 keynote lectures and published over 200 technical papers, showcasing his contributions to the field. He is recognized as a Distinguished Member of ASCE and holds an Honorary Doctorate from Shanghai University.
Research Contributions
Ken Chong has made significant contributions to the field of mechanics and materials. He invented new semi-circular bend (SCB) fracture specimens for brittle materials, which are under consideration as a test standard. He also established the NSF Summer Institute on Nano Mechanics/Materials at Northwestern University and co-created a new NSF program in Nano- & Bio-Mechanics.