The application of NASTRAN/COSMIC in predicting the transient motion of ship structures to underwater, non-contact explosions is discussed. Examples illustrate the finite element models, mathematical formulations of loading functions and, where available, comparisons between analytical and experimental results.
Application of NASTRAN/COSMIC in the Analysis of Ship Structures to Underwater Explosion Shock
1987
23 pages
Report
Keine Angabe
Englisch
Structural Mechanics , Industrial & Mechanical Engineering , Marine Engineering , Detonations, Explosion Effects, & Ballistics , Dynamic response , Finite element method , Nastran , Ships , Shock loads , Structural analysis , Underwater explosions , Beams (Supports) , Mathematical models , Missile launchers , Towers
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