2016
DOI: 10.1093/imamat/hxw041
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Viscous modes within the compressible boundary-layer flow due to a broad rotating cone

Abstract: We investigate the effects of compressibility and wall cooling on the stationary, viscous (Type II) instability mode within the three-dimensional boundary layer over rotating cones with half-angle greater than 40 • . The stationary mode is characterised by zero shear stress at the wall and a triple-deck solution is presented in the isothermal case. Asymptotic solutions are obtained which describe the structure of the wavenumber and the orientation of this mode as a function of local Mach number. It is found th… Show more

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