Hypersonic & Supersonic Flows
I work on high-fidelity numerical simulations for flows in Hypersonic regimes, up to Mach 12. The flow grids are well resolved for a coarse direct numerical simulation approach.
Welcome to my website - where I share my research activities in Aerospace Engineering. I specialize in large-scale, high-fidelity, direct numerical and large eddy simulations of non-reacting and reacting flows, hypersonics, fluid structure interactions, multiphase flows, and scientific machine learning.
Brief Research Preview
Fluid Structure Interactions
I am working on high fidelity numerical simulations for fluid-structure-interactions (FSI) studies in supersonic and hypersonic flows.
Multiphase Flows & Combustion
I conduct numerical simulations for studying all aspects of multiphase flows, including jet breakup, droplet breakup, atomization, etc.
Machine Learning
I build, design and develop machine learning algorithms and frameworks for aerospace applications using data from simulation and experimental studies to predict spatiotemporally varying and statistically stationary flows.
Simulation of the Week
Fluid-Structure Interaction in Supersonic Mach 2.11 Flow - Density and Temperature Contours.