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Examines flow turbulence at its core to leverage this energy for engineering benefits
Concentrates on turbulence in engineering applications including wind turbines, underwater storage systems, combustion devices, and solar panels
Develops energy solutions to advance traditional, modern, and emerging technologies through sophisticated thermo-fluid analysis
Researches heat recovery in power cycles, flow-induced vibrations in flexible cylinders, and compressed air hydrodynamics for underwater energy storage
Features a four-cylinder double-acting Stirling engine capable of 1 kW output at 1500 RPM, along with an external combustion engine adaptable to various energy sources
Includes a precision closed-loop wind tunnel capable of reaching speeds up to 36 m/s
Specializes in wind turbine design optimization and studies beneficial aerodynamic interactions among turbine arrays
Models atmospheric wind turbulence and analyzes its impact on solar photovoltaic systems
Investigates hydrodynamics and develops solutions for controlling buoyant vortex ring acceleration and expansion
Pioneers intelligent water technologies for both agricultural (greenhouse) and household applications
Improves power extraction methods for wave energy conversion
Forecasts tumor progression using entropy maximization principles