
doi: 10.2514/3.60147
The frequency response of a normal shock in a diverging channel is calculated for application to problems of pressure oscillations in ramjet engines. Two limits of a linearized analysis arc discussed: one represents isentropic flow on both sides of a shock wave; the other may be a crude appr'l'I;imation to the influence of flow separation induced hy the wave. Numerical results arc given, and the influences of the shock wave on oscillations in the engine are discus,ed.
pressure oscillations in ramjet engines, isentropic flow on sides of shock, Basic methods in fluid mechanics, linearized analysis, Shock waves and blast waves in fluid mechanics, normal shock, 620, Diffusion and convection, frequency response, diverging channel, influence of flow separation
pressure oscillations in ramjet engines, isentropic flow on sides of shock, Basic methods in fluid mechanics, linearized analysis, Shock waves and blast waves in fluid mechanics, normal shock, 620, Diffusion and convection, frequency response, diverging channel, influence of flow separation
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