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Amr Emad

Computational fluid dynamics

Develops the computational database and simulates propulsion and vehicle behaviour, with review of modelling and calibration methods

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Master’s degree in Mechanical Power Engineering, Helwan University, 2019. More than 9 years in simulation and over 38 documented projects in rotating machinery, aerodynamics and heat transfer. His work includes improving airflow and reducing aerodynamic noise for a Polish company. His thesis and a 2020 Ocean Engineering paper addressed a Savonius rotor, providing cross-flow rotor experience relevant to the programme’s simulation challenges

Develops the computational database and simulates propulsion and vehicle behaviour, with review of modelling and calibration methods

Computational fluid dynamics

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Computational Fluid Dynamics (CFD): Theoretical Fundamentals

If you look at Allah's creation around you, you will find that most natural phenomena and engineering systems involve the motion of fluids (liquids or gases): wind and hurricanes, ocean waves and currents, breathing, blood flow in the body, birds in flight, fish swimming, and the motion of cars, aircraft, rockets and ships. Besides, wind turbines, the gas and steam turbines used for electric power generation, and jet engines. All of them share one thing: the physics of fluid flow

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