The long-term goal is to improve the U.S. Navy s mine impact burial prediction capabilities in littoral regions through updating the Navy s existing mine impact burial models (2D with imperfect physics) such as IMPACT28 to 3D mine impact burial prediction model with full physics (IMPACT35). Development of the Navy s new model (IMPACT35) has the NPS students (U.S. Naval officers) participation as their thesis studies that enhances the Navy s R&D program and well prepares the students with their combat effectiveness.
Upgrade of the Hydrodynamic Component of the Navy's Mine Impact Burial Prediction Model (IMPACT28)
2004
6 pages
Report
Keine Angabe
Englisch
Hydrology & Limnology , Statistical Analysis , Underwater Ordnance , Fluid Mechanics , HYDRODYNAMICS , PREDICTIONS , UNDERWATER MINES , BURIED OBJECTS , MODELS , NOISE REDUCTION , IMPACT28(MINE IMPACT BURIAL PREDICTION MODEL) , MINE DROP EXPERIMENTS , NOISE FILTERING , IMPACT35 , IBPM(IMPACT BURIAL PREDICTION MODELING) , MOVEMENT
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