Stability and Interaction of Coherent Structure in Supersonic Reactive Wakes

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The book delves into the stability and interaction of coherent structures in reacting free shear layers, specifically examining a premixed hydrogen-oxygen shear layer behind a flat plate. It employs linearized hydrodynamic stability theory to establish a generalized eigenvalue problem for reactive flows, highlighting the distinct reactive stability criteria compared to classical non-reactive stability. Theoretical formulations using the von-Karman integral technique allow for a detailed analysis of the interaction between mean flow, coherent structures, and turbulence, with comparisons to experimental data.