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I have a broad research interest that mainly focuses on computational
electromagnetics and solid mechanics, but deeply involves engineering
applications in power electronics, fracture mechanics, structural
dynamics, space physics, and multi-physics domain simulations. My
current research activities include magnetospheric radio tomography
and quasi-electrostatic finite element simulations for Martian dust
storms. My PhD work involves significantly numerical modeling,
software development and finite element analysis of coupled problems
in electromagnetics and solid mechanics. My PhD dissertation
is titled "Model-order reduction for efficient simulation of
nonlinear coupled electro-magneto-thermal problems". My past
research activities include
structural dynamics circuit simulation electromagnetics electrothermal simulation fracture mechanics |