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7/30/22: Our study is the cover art of ACS Omega
A polystyrene microsphere adheres to a silicon surface with extensive cracking and adiabatic interfacial melting after the collision at Mach 2.
A polystyrene microsphere adheres to a silicon surface with extensive cracking and adiabatic interfacial melting after the collision at Mach 2.
Pressure- and Size-Dependent Aerodynamic Drag Effects on Mach 0.3–2.2 Microspheres for High-Precision Micro-Ballistic Characterization by Nino Figliola,David Schmidt andJae-Hwang Lee Appl. Sci. …
Ara Kim, Zongling Ren, and Prof. Lee attended the US National Congress Theoretical and Applied Mechanics (USNC TAM) conference in Austin, TX.
Ian Roche joins the Nano-Engineering Lab for his summer REU project. He will conduct research on the dynamic deformation of the nanoporous …
In the cold spray additive manufacturing process, supersonic collisions of metal microparticles with stationary metal target substrates create highly inelastic events within …
Epoxy Resin-Encapsulated Polymer Microparticles for Room-Temperature Cold Sprayable Coatings ACS Appl. Mater. Interfaces 2021, 13, 42, 50358–50367 We designed and synthesized epoxy-encapsulated microparticles …
Ara’s work, “Extreme Tribological Characteristics of Copolymers Induced by Dynamic Rheological Instability“, is published by ACS Applied Polymer Materials.
Microstructural design for mechanical–optical multifunctionality in the exoskeleton of the flower beetle Torynorrhina flammea In the design of multifunctional materials, harnessing structural and …
Selecting high velocity impact techniques High velocity microparticle impacts are used to learn about the behavior of material under dynamic conditions and …
Applied Physics Reviews 8, 011319 (2021)