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A Numerical Analysis Of Shock Angles From Inward Turning Axisymmetric Flows, William L. Hilal
A Numerical Analysis Of Shock Angles From Inward Turning Axisymmetric Flows, William L. Hilal
Honors Undergraduate Theses
Detonation-based propulsion systems are known for their high efficiency and energy release when compared to deflagrative systems, making them an ideal candidate in hypersonic propulsion applications. One such engine is the Oblique Detonation Wave (ODW) engine, which has a similar architecture to traditional scramjets but shortens the combustor and isolator to an anchored ODW after fuel injection.
Previous research has focused on using a two-dimensional wedge to induce an ODW while limiting total losses through the combustor. In this configuration, a two-dimensional wedge-based architecture entails a rectangular duct, limiting potential inlet design and increasing overall skin friction. However, an inward-turning …