A. Applied Mechanics
Applied Mechanics, Bio-mechanics, Computational mechanics, Experimental mechanics, Electro-mechanics, Fluid mechanics, Micro-mechanics, Nano-mechanics, Solid mechanics, Thermo-mechanics, Mechanics of shocks, Material science, Composite materials, Constitutive modeling of materials, Mechanical properties of materials, The mechanical behavior of advanced materials, Thermodynamics, Thermodynamics of materials and in flowing fluids, Flow and fracture, Internal flow, Heat transport in fluid flows, Aerodynamics, Aeroelasticity, Wave propagation, Stress analysis, Boundary layers, Dynamics, Elasticity, Hydraulics, Plasticity, Vibration.
B. Computational Fluid Dynamics
Acoustics, Chemical reactions and combustion, Convergence acceleration procedures, Distributed computing, Discretisation methods and schemes, Free-surfaces, Fluid-solid interaction, Grid generation and adaptation techniques, Heat transfer, Mesh-free methods, Two-phase flows, Turbulence, Unsteady flows, Software used for Computational Fluid Dynamics: Fluent, Software used for Computational Fluid Dynamics: Gambit, Modeling & simulation used for Computational Fluid Dynamics