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个人简介
Dr. Y. Eugene Pak has been very active in both industrial and academic research in various nano and biotechnology areas including MEMS sensors & actuators, AFM-based nano-storage, micro fluidicscooling devices, bioMEMS lab-on-a-chip, nanoporeDNA sequencing, and bio implant mechanics to name a few. For the past several years, however, he hasbeen concentrating on the fundamental theoretical & computational mechanics research. The current research topic is on the multiscale nanomechanics of defects inflexoelectric materials which involves couple-stress and electric field calculations around defects such as inclusions, dislocations and cracks. To have a better understanding of how these defects are formed and how they affect the electro-elastic properties, continuum level modeling and molecular dynamics (MD) simulations are performed. Prompted by the recent COVID-19 pandemic, a novel research is being initiated in the nanomechanical modeling of viruses wherein the methodologies of nonlinear continuum mechanics and thin-shell mechanics are applied to study the behavior of virus capsid formation and its quantitative strength. A new elasticity model for the corona virus is being developed which will be useful in understanding the mechanical aspect of the infection process that can lead to developing vaccines.
研究兴趣
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