My research interest is focused on gaining a deeper understanding of the
nature, behavior, and effects of features existing at the limits of
continuum field theory. Common examples of these features, which are
represented as discontinuities, are material interface, vortex sheet,
shock front, and combustion front. Problems related to them are
intriguing as it is accompanied by rapid changes in scales,
multi-physics, geometrical complexities, and fascinating chemical
phenomena. We use and develop theoretical and computational tools to
study them.
Our fundamental work finds its way into several applications. For
example, obtaining the correct boundary conditions is essential for
accurately predicting the vehicle speed, total drag, and even acoustic
noise. Or if we are considering electronic devices, it is essential in
developing effective thermal management systems. Applications to our
work is not just limited to engineering, it also finds use in biomedical
applications and helps with our understanding of environmental
phenomena.
I received my bachelor’s degree in engineering from Cochin University of
Science and Technology, India. After which I worked as a senior design
engineer at the shipbuilding division of Larsen and Toubro Ltd., India.
Following which I went on to pursue my masters and doctoral degree at
the University of Florida. Here I continued as a postdoctoral associate
for two more years before joining South Dakota Mines in 2021.
ME-331: Thermo Fluid Dynamics