The work deals with the numerical prediction of supersonic, steady flowfields around slender bodies. The solution is obtained through the integration of the Euler and the PNS equations with a space marching procedure. Complex vortical structures are generated at high incidence or yaw, due to both eulerian and viscous effects. This work aims to investigate both the phenomena, in the attempt of understanding their different roles in the generation of vortical structures.
A numerical investigation on the inviscid and viscous generation of vorticity in high speed flows / F., Panni; Pandolfi, Miriam. - 515:(1998), pp. 314-319. (Intervento presentato al convegno Sixteenth International Conference on Numerical Methods in Fluid Dynamics tenutosi a Arcachon (FRA) nel 6–10 July 1998) [10.1007/BFb0106601].
A numerical investigation on the inviscid and viscous generation of vorticity in high speed flows
PANDOLFI, Miriam
1998
Abstract
The work deals with the numerical prediction of supersonic, steady flowfields around slender bodies. The solution is obtained through the integration of the Euler and the PNS equations with a space marching procedure. Complex vortical structures are generated at high incidence or yaw, due to both eulerian and viscous effects. This work aims to investigate both the phenomena, in the attempt of understanding their different roles in the generation of vortical structures.Pubblicazioni consigliate
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https://hdl.handle.net/11583/1404102
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