Titlebook: Adiabatic Waves in Liquid-Vapor Systems; IUTAM Symposium G?tt Gerd E. A. Meier (Member of IUTAM Scientific Commi Conference proceedings 199

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Conference proceedings 1990 1989 in the Max-Planck-Institut fUr Str5mungsforschung. The invitations to participants suggested that the written papers concern Fast Adiabatic Phase Changes in Fluids and Related Phenomena. Particular topics suggested were: Liquefaction shockwaves and Shock splitting; Evaporation waves; Condensat

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https://doi.org/10.1007/978-3-211-89237-4aused by thermo-fluid dynamic behavior plays an important role in such flow field immediately after the shock. The relaxation time of the vapor flow behind a shock wave is in orders of magnitude longer than that predicted by one-dimensional analyses based on kinetic theory.

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Erich Schild,H.-F. Casselmann,Rainer Pohlenz waves. An idealized model for steady evaporation waves has been analyzed. A evaporation wave is treated as a jump or discontinuity between metastable liquid and an equilibrium vapor or liquid-vapor mixture..Numerical solutions of the jump conditions have been obtained using Starling’s equation of s

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,Planung und Anwendung — Bauphysik,igh temperatures the energy stored in the large number of internal degrees of freedom of the molecules exceeds by a great margin the energy involved in the phase transition. Jet experiments were carried out to obverve the case of evaporation from an initially saturated state. The phenomena observed

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https://doi.org/10.1007/978-3-8348-2189-8se phase, indicate that, above a certain threshold pressure of the initial shock wave, reaction starts inside the bubble, causing the separation of a precursor with a soliton like structure. A theoretical model is developed in which the bubble dynamics including bubble interaction and the combustion

Prophylaxis

https://doi.org/10.1007/978-3-8348-2189-8rmined by using a shock-tube. The c.p. and the c.c. for three kinds of vapour are deduced from the comparison between experiment and gasdynamical theory with molecular gasdynamical boundary conditions. It is found that the experimental values of c.p. and c.c. of these vapours are significantly less

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https://doi.org/10.1007/978-3-211-89237-4estigated experimentally by using shock tube facility. A flow field of such media revealed itself largely different from that of pure gases in the process of attaining thermal equilibrium condition. In the former shock intensities P./P. realized are much weaker, and larger heat energy are transferre