His research interests include the theory, modeling and simulation of multi-material turbulence; hydrodynamic instabilities in nuclear fusion, ICF; sub- and super-sonic flows; physics informed machine learning; and high-performance computing.
Areas of Research
- Fluid Dynamics
- Nuclear Fusion Technologies
- Physics Informed Machine Learning
- Turbulence Theory & Modeling
- Turbulent Mixing
Research Projects:
- Homogeneous variable-density turbulence
- Variable-density turbulence
- Rayleigh-Taylor instability under variable-acceleration
His research focuses on turbulence theory, hydrodynamic instabilities, interfacial flows, and fluid-solid-shock interactions.
