- Computational Mechanics: fluid-structure interaction, multiphysics modeling, multiphase flow, renewable and sustainable energy systems, integrated and sustainable energy conversion systems, structural dynamics, fluid dynamics.
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- Dynamical Systems and Controls: smart materials and structures, multifunctional structures, intelligent systems, multi-disciplinary applications of machine learning, deep learning applications, dynamic data driven application systems.
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- Nonlinear Computational Aeroservoelasticity: aeroelasticity of flapping and fixed wing UAV’s, aeroservoelasticity, flutter, limit cycle oscillation prediction, energy harvesting aeroelastic vibrations, aeroelasticity of large wind turbines, aeroelasticity of extremely flexible aircraft.
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- Unsteady Computational Aerodynamics: vortex dynamics, vorticity dominated flows, boundary element methods, aerodynamics of flight controls, bioinspired flying robotics, nonlinear flight dynamics of very flexible aircraft.
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- Nonlinear Dynamics and Stability: bifurcation analysis, nonlinear reduced model-ing/phenomena in mechanical systems, synchronization in complex mechanical system.
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- High Performance Computing: novel and advanced numerical methods for parallel computing in clusters and GPUs.
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