Turbomachinery analysis and design for power generation and propulsion

• Numerical simulation of unsteady component interaction in turbomachinery (combustor/turbine, stator/rotor, fluid/structure)
• Numerical simulation of reactive flows in gas turbine combustors (premixed/non-premixed flames, CNG, hydrogen, methane, bio-fuels)
• Numerical optimization of gas turbine components (transition piece, high-pressure vane, cooling hole geometry)
• Analysis and design of components for next-gen gas turbines equipped with pressure-gain combustors 
• Numerical simulation of turbine cooling configurations (film cooling, platform cooling, internal cooling)
• Numerical simulation of secondary air systems in turbomachinery (cavity flows, leakage flows)
• Development and validation of numerical tools for turbomachinery design and analysis