Abstract:
BiGlobal linear stability analysis has been shown to provide useful insight in flows over or through complex geometries and is a promising path in devising theoretically founded flow control strategies. The present work seeks the development of a computational code capable of performing BiGlobal linear stability analyses of compressible flows. The aim is to investigate the computational challenges associated with problems of the linear stability and propose alternative numerical methods. The ideas developed are applied to analyze the effect of compressibility in attachment-line boundary global flow instability.
Publication date:
December 5, 2010
Publication type:
Conference Paper
Citation:
Gennaro, E., Pérez, J., Rodriguez, D., Theofilis, V., & Medeiros, M. de. (2010, December 5). De-velopment of a Code for Biglobal Linear Stability Analysis of Compressible Flows: Application to Leading-Edge Boundary Layer. 13th Brazilian Congress of Thermal Sciences and Engineering. https://www.researchgate.net/profile/Elmer-Gennaro/publication/235948878_Development_of_a_Code_for_BiGlobal_Linear_Stability_Analysis_of_Compressible_Flows_Application_to_Leading-Edge_Boundary_Layer/links/00b7d514a471a7a16b000000/Development-of-a-Code-for-BiGlobal-Linear-Stability-Analysis-of-Compressible-Flows-Application-to-Leading-Edge-Boundary-Layer.pdf