- High speed chemically reacting viscous flow with Cartesian mesh on GPU based parallel systems
- Numerical simulation of unsteady supersonic flows (external and internal flows) using higher order methods
- Optimal trajectory design
- Fuel optimum mission design for lunar soft landing at a specified location
- Aircraft system identification using machine learning
- Solving ODE/PDE using ML techniques
- Development of TDLAS sensors for high enthalpy flows
- Unsteady Aerodynamics; Flow instability & control
- Computational aeroacoustics
- Hypersonic aerothermodynamics: Aerodynamic shape optimization
- Unsteady gas dynamics/Shock tunnel experiments
- Quantitative laser diagnostics for high enthalpy flows
- Computational fluid dynamics
- Experimental aerodynamics : Aeroacoustic flow instability
- Multi-disciplinary design optimization of aerospace vehicles
- Computational and experimental aerodynamics
- Lunar/interplanetary mission design, Low thrust transfers
- Machine learning for Aeropace applications
Department