By Marinus van Dongen, Marinus van Dongen
ISBN-10: 3540223649
ISBN-13: 9783540223641
ISBN-10: 3540358455
ISBN-13: 9783540358459
ISBN-10: 354077078X
ISBN-13: 9783540770787
ISBN-10: 3540770801
ISBN-13: 9783540770800
Shock Waves in multiphase media discuss with a wealthy number of phenomena of curiosity for physicists, chemists, mechanical, biomedical and aeronautical engineers, in addition to fluid dynamicists. This quantity treats surprise and enlargement waves in
(bullet) advanced, bubbly beverages (L van Wijngaarden, Y Tomita, V Kendrinskii)
(bullet) cryogenic drinks (M Murakami)
And examines the connection of outrage waves with
(bullet) part transitions (A Guha, CF Delale, G Schnerr, MEH van Dongen)
as good as their interplay with
(bullet) stable foams, textiles, porous and granular media (B Skews, DMJ Smeulders, MEH van Dongen, V Golub, O Mirova)
All chapters are self-contained, and will be learn independently of one another, even though they're in fact thematically interrelated. they give a well timed reference, for newbies, in addition to specialist scientists and engineers, on surprise waves in multiphase media with new viewpoints and at the burgeoning developments.
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Extra info for Shock wave science and technology reference library
Example text
Viewing the 7th frame we notice a dark portion of the liquid on the left side of 44 Y. Tomita Primary Shock Wave 1 2 3 4 5 6 7 8 mm Fig. 10. High speed Schlieren photograph indicating the collapse process of a hydrogen bubble loaded by a shock wave. Interframe time is 1µs (Tomita et al. [10]) 105 Vj (m/s) 104 Tomita & Shima Lush et al. Philipp et al. Tomita et al. Kodama et al. Bourne & Field (2D) Vs 3 10 102 10 10-1 1 10 102 103 104 Ps (MPa) Fig. 11. Liquid jet velocities recorded by several investigators (Tomita and Shima [9]; Philipp et al.
47 m below the interface. It shows the four (predicted) solitons. 10 contains the corresponding pressure recording. 47 m below the interface between air and bubbly liquid. It shows indeed four solitons. Crighton [28] comments on this “This also amounts to an impressive confirmation of the theory of bubbly liquids. ” This praise of the theory of bubbly liquids seems to the present author an appropriate closing of this chapter on shock waves and solitons in bubbly liquids. References 1. : On musical air bubbles and the sound of running streams.
The result of a two-dimensional experiment, carried out by Dear and Field [3], is also shown in the same figure. It is found that the initial velocity, Vf , of a spherical bubble (or a cavity) increases as increasing shock wave pressure. For nonspherical bubbles with χ > 1, the values of Vf are apt to be larger than for the spherical bubble case. The initial deformation velocity Vf as a function of aspect ratio χ is shown in Fig. 5, emphasizing the effect of curvature of the bubble surface. , air and helium bubbles, corresponding to open and filled circles, respectively.
Shock wave science and technology reference library by Marinus van Dongen, Marinus van Dongen
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