A shock fitting technique has been developed and implemented to study nozzle flow transients. A detailed analysis of the flow evolution has been carried out, in order to obtain some insights in the understanding of the fundamental phenomena driving the transient of the shock propagation in nozzle flows. The role of the pressure ratio has been analyzed, by comparing results obtained with different values, that provide different classes of flow structures.

Transient Flow Analysis of Nozzle Start-Up by a Shock-Fitting Technique / Nasuti, Francesco; Onofri, Marcello. - 40(1994), pp. 127-135. ((Intervento presentato al convegno International Mechanical Engineering Congress and Exposition tenutosi a Chicago, Illinois, USA nel 6-11 novembre 1994.

Transient Flow Analysis of Nozzle Start-Up by a Shock-Fitting Technique

NASUTI, Francesco;ONOFRI, Marcello
1994

Abstract

A shock fitting technique has been developed and implemented to study nozzle flow transients. A detailed analysis of the flow evolution has been carried out, in order to obtain some insights in the understanding of the fundamental phenomena driving the transient of the shock propagation in nozzle flows. The role of the pressure ratio has been analyzed, by comparing results obtained with different values, that provide different classes of flow structures.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11573/133983
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