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Research Focus

  • Flapping Underwater Automated Vehicles/Flapping Micro Air Vehicles (FUAV and FMAV)

  • Unsteady Aerodynamics and Low Reynolds Number Flows (flow dynamics behind flapping wings/fins).

  • Fluid-Structure Interactions (effect of chord/spanwise wing flexibility in bio-inspired propulsions and flow energy harvesting).

  • Nonlinear Dynamics and Transition to Chaos (unpredictable flow behaviour in flapping flight)

  • Biological Fluid Dynamics (Birds/Insects fly and Fish Motions).

  • Effect of gust in the flight performance of flapping wing Micro Aerial Vehicles.

Research Experties

Immerse Boundary Method, Computational Fluid Dynamics, Flapping Wing Aerodynamics, Fluid-structure Interaction Dynamics, Open Source Solvers - Fluid-structure coupling, Nonlinear Dynamics and Chaos, Time Series Analysis, Experimental Force Measurements.

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