Microscopic high-strain-rate mechanical characterization using laser-propelled particles Precise techniques applying mechanical deformation at the micro-scale, such as an atomic force microscope, nanoindenters, …
8:00 PM – TC06.15.11 In Situ Micro-Ballistic Characterization of Carbon Nanotube Fibers in Comparison with Kevlar and Nylon Fiber Filaments Wanting Xie 1 2 , …
‘Science Donga’ is a leading monthly science magazine of South Korea. Prof. Lee’s article describes how Batsuit can protect Batman without sacrificing its flexibility …
Maya Jayanth, a MechE undergraduate joins our group for her undergraduate research experience. Welcome!
High-strain-rate mechanical characterization of materials at the microscale using laser-propelled single particle impacts Jae-Hwang Lee Department of Mechanical and Industrial Engineering, University …
Swetaparna Mohanty joins our group for her PhD study in Mechanical Engineering.
Track III: Impact and High Strain Rate Deformation Symposium III-A: Particle Impact Based Manufacturing Processes Temperature-dependent Laser-induced Projectile Impact Test of Aluminum 6061 …
Jae-Hwang Lee, the head of the Nano-Engineering Laboratory in the UMass Amherst Mechanical and Industrial Engineering (MIE) Department, is a member of a multi-institutional …
“Dynamics and extreme plasticity of metallic microparticles in supersonic collisions“ Wanting Xie, Arash Alizadeh-Dehkharghani, Qiyong Chen, Victor K. Champagne, Xuemei Wang, Aaron …
Society for Experimental Mechanics 2017 Annual Conference in Indianapolis Microscopic Ballistic Measurement of High-rate Dynamic Behavior of Materials Jae-Hwang Lee1*, Wanting Xie1,2 …
The 1st Navy Basic Research Challenge (BRC) CAVITATE annual meeting was held at UMass Amherst. Prof. Lee and Amir were participants of this …
