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29th International Symposium on Shock Waves 1

Editors: Bonazza, Riccardo; Ranjan, Devesh

DOI: 10.1007/978-3-319-16835-7

ISBN: 978-3-319-16834-0

Publisher: Springer International Publishing - Springer Journals

Jan 1, 2015

1 - 10 of 128 Chapters

LitStream

Hysteresis Phenomena in Reflection of Shock Waves

Ben-Dor, G.

Pages: 3 –10

[When a supersonic flow,M0 >1, encounters a straight compressive wedge a straight and attached to the leading edge of the reflecting wedge shock wave is formed provided the reflecting wedge angle is smaller than the maximum flow deflection angle appropriate to flow-Mach number, M0.]
LitStream

Ten Years of Shock Tube Research at Marseille

Houas, L.

Pages: 11 –18

[The invention of the shock tube is attributed to Paul Vieille [1] in the late 19th century. The first simplest shock tube was composed of two chambers separated by a diaphragm.With the pressure increase in the first chamber causing the diaphragm rupture, a shock wave was generated and propagated...
LitStream

Driving Forward Innovation in High Speed Aerodynamics and Flow Diagnostics

Kontis, Konstantinos

Pages: 19 –26

[The present paper provides a summary and overview for measuring the pressure- and temperatures-using the relatively new pressure and temperature sensitive paint methods as well as the more familiar particle image velocimetry technique [1,2]. Using in-house examples, we aim to provide better...
LitStream

High-Speed Visualization of Compressible Flows – Potential and Limitations

Kleine, H.

Pages: 27 –34

[The development of high-speed cameras has made significant advances in the last two decades, and the resulting large variety of commercially available camera systems has substantially simplified the high-speed imaging of transient events. This has opened up many new avenues of investigation, in...
LitStream

Vortex Generation by Shock-Bubble Interaction in Galaxy Clusters

Heinz, S.; Friedman, S.; Churazov, E.

Pages: 35 –42

[Fluid mechanics is at the heart of almost all astronomical research. In many cases, the conditions in astrophysical systems are such that supersonic flows are common. As a result, the most energetic phenomena in astronomy all involve some form of shock physics, often relativistic. It is believed...
LitStream

Vorticity and Vortex Models in Shock Accelerated Gas Inhomogeneities

Jacobs, J. W.

Pages: 43 –50

[Shock accelerated interfaces are of great fundamental interest in fluid mechanics. They are of significant importance to high speed combustion applications including supersonic combustion [1]. In addition, they have been attributed as a source of significant mixing in supernovae [2], and are one...
LitStream

Successful Development of the Long-Test-Duration Hypervelocity Detonation-Driven Shock Tunnel

Jiang, Z. L.; Yu, H. R.

Pages: 51 –58

[The hypersonic technology is one of the key issues for future aerospace industries, and hypersonic physics is a challenging topic in gas dynamics research area [1]. The hypersonic test facility being capable of duplicating hypersonic flight conditions is the most important tool not only for...
LitStream

Shock Waves in Relaxing Condensed Media

Kanel, G. I.

Pages: 59 –66

[The shock-wave method is a powerful tool for studying behavior of materials at extremely short load durations and extremely high rates of compression and tension [1, 2]. The subjects of measurements and analysis in these experiments are the shock compression waves, rarefaction waves, as well as...
LitStream

Evolution of Research – A Case Study

Skews, Beric

Pages: 67 –74

[Many complex and fascinating flow features occur when a shock wave impinges on or around a surface. Understanding of these is important in view of the increasing application in a variety of fields, such as medicine and material modification, besides the more conventional fields of blast loading...
LitStream

Laser-Induced Blast Waves in Air and Their Effect on Monodisperse Droplet Chains of Ethanol and Kerosene

Gebel, G. C.; Mosbach, T.; Meier, W.; Aigner, M.

Pages: 77 –82

[Spark ignition of fuel sprays is a complex process involving multiple mechanisms which are related to the fields of plasma physics, chemical kinetics, heat transfer, two-phase flows, evaporation and gas dynamics. Moreover, the requirements on reliability, efficiency and low emission increase...

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