Laser-Generated Shocks and Bubbles as Laboratory-Scale Models of Underwater Explosions | Zendy

T. G. Jones | Zendy; Jacob Grün | Zendy; L. Dale Bibee | Zendy; C. K. Manka | Zendy; Alexandra Landsberg | Zendy; Daniel Tam | Zendy

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Laser-Generated Shocks and Bubbles as Laboratory-Scale Models of Underwater Explosions

Author(s) -

T. G. Jones,

Jacob Grün,

L. Dale Bibee,

C. K. Manka,

Alexandra Landsberg,

Daniel Tam

Publication year - 2002

Publication title -

shock and vibration

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.418

H-Index - 45

eISSN - 1875-9203

pISSN - 1070-9622

DOI - 10.1155/2003/647530

Subject(s) - bubble , underwater , underwater explosion , experimental data , laser , mechanics , line (geometry) , scale (ratio) , physics , optics , geology , mathematics , oceanography , statistics , geometry , quantum mechanics

Underwater shocks and bubbles were generated using a high energy pulsed laser system. The advantages of this experimental approach are: (1) precisely controlled and measured experimental conditions; (2) improved diagnostics, including extensive imaging capabilities; (3) unique experiments, including a simultaneously detonated line charge; and (4) the ability to provide validation quality data for hydrodynamic simulation codes. Bubble sensitivity to variation of several experimental parameters was examined. Numerical simulations were performed corresponding to the experimental shots, showing that empirical bubble theory, experimental bubble data, and simulations were all in good agreement

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