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Titlebook: 28th International Symposium on Shock Waves; Vol 1 Konstantinos Kontis Conference proceedings 2012 Springer-Verlag Berlin Heidelberg 2012 S

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Felicia L. Wilczenski,Susan M. Coomeyal decomposition studies. Effective integration of experiments and theory at different length-and time-scales is an important need but this integration poses interesting challenges.Directions for future work will be outlined.
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Mary F. Berney,William J. Gephartrimental campaigns to characterise the efficiency of aqueous foam to mitigate blast waves. The goal of this presentation is to understand the underlying physics and to model the multiphase flow resulting from the blast wave/foam interaction.
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Felicia L. Wilczenski,Susan M. Coomeys. Professor Glass once worked for weak underwater shock wave generation by collapsing a pressurized glass sphere but already gave up this topic. He was at that time renown as one of the leaders in shock wave research and published an enlightening book of comprehensive shock wave research [1]. Then
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Michelle O’Reilly,Jessica Nina Lesterpplication of 0(100m) is not longer feasible due to the lack of any existing facilities able to cope with these sizes. Hence accurate extrapolation from small scale experimental and numerical/physical models towardsmuch larger scales is not straightforward. Lift, viscous forces, induced drag and thr
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Testing Techniques for Markup Applications, their work they found the TNT equivalent of the small silver azide charge for any distance. They conclude that the well validated scaling laws of Hopkinson [3] and Cranz [4] can be applied to charge masses ranging from a few milligrams to hundreds of tons. Those finding encouraged us to adopt a sma
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