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High-Fidelity Numerical Simulation and Modeling of Boundary Layer Transition and Heat Transfer in Hypersonic Flows Over Blunt Bodies with Surface Roughness and Mass Flux

Ivan Bermejo-Moreno University of Southern California, Los Angeles ECF 2023 Quadchart Bermejo-Moreno.pdf Dr. Bermejo-Moreno will perform a computational study of the flow around and heat transfer into blunt bodies in the hypersonic flow conditions of spacecraft atmospheric entry, descent, and…

30 de agosto de 2023
há cerca de 3 anos
1 min read de leitura
High-Fidelity Numerical Simulation and Modeling of Boundary Layer Transition and Heat Transfer in Hypersonic Flows Over Blunt Bodies with Surface Roughness and Mass Flux

Ivan Bermejo-Moreno

University of Southern California, Los Angeles

ECF 2023 Quadchart Bermejo-Moreno.pdf

Dr. Bermejo-Moreno will perform a computational study of the flow around and heat transfer into blunt bodies in the hypersonic flow conditions of spacecraft atmospheric entry, descent, and landing (EDL). The project will specifically focus on the use of high fidelity simulations to characterize the effects of surface roughness, airflow turbulence, and mass-flux on the transition from laminar to turbulent flow and heat transfer.

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NASA

Agência Espacial Americana

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