The long-term goal is to improve performance of the U.S. Navy's mine impact burial prediction capabilities in littoral regions through updating the Navy's existing mine impact burial models (1D 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)
2003
7 pages
Report
No indication
English
Physical & Chemical Oceanography , Underwater Ordnance , Buried objects , Hydrodynamics , Mathematical models , Underwater mines , Bifurcation(mathematics) , Combat effectiveness , Mathematical filters , Naval personnel , Noise , Oceanographic data , Predictions , Vector analysis , Mine drop experiments , Noisy data , Mine movement , Impact28 , Mine impact burial prediction
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