Abstract—Recently, a 3-D model (IMPACT35) was developed to predict a falling cylindrical mine’s location and orientation in air–water–sediment columns. The model contains the following three components: 1) triple coordinate transform, 2) hydrody-namics of falling rigid object in a single medium (air, water, or sediment) and in multiple media (air–water and water–sediment interfaces), and 3) delta method for sediment resistance with the transient pore pressure. Two mine-impact burial experiments were conducted to detect the mine trajectory in water column [Carderock Division, Naval Surface Warfare Center (NSWC)
The ability to detect buried mines on the seafloor remains one of the most important tasks in mine c...
model with a multi-numerical solution techniques approach to predict nonlinear dynamic behavior of i...
transforms for prediction of falling cylinder through the water column. Journal of Applied Mechanics...
Falling of mine through air, water, and sediment is investigated experimentally and theoretically. T...
a simulated mine. During the experiment, we carefully observe mine track and mine burial depth while...
Abstract-- The hydrodynamic features of a falling mine into the water column is investigated experim...
Falling of rigid body through air, water, and sediment is investigated experimentally and theoretica...
The long-term goal is to predict operational mine (e.g., Rokan, Manta, Bowen, and Korean) maneuver i...
Abstract-- The hydrodynamic features of a falling mine into the water column is investigated experim...
This document presents concise information about an ongoing research project in a format called a "...
Mine Impact Burial Experiment (MIBEX) was conducted at Monterey Bay on May 23, 2000 using a simulat...
LONG-TERM GOALS: The ultimate goals are to substantially improve, quantitatively, the U.S. Navy’s mi...
predicts the cylindrical mine trajectory in air and water columns and burial depth and orientation i...
Award: N00014-06-1-0326 LONG-TERM GOALS The long term goal of this research is twofold: (1) develop ...
Falling of rigid body through air, water, and sediment with high speed is investigated experimentall...
The ability to detect buried mines on the seafloor remains one of the most important tasks in mine c...
model with a multi-numerical solution techniques approach to predict nonlinear dynamic behavior of i...
transforms for prediction of falling cylinder through the water column. Journal of Applied Mechanics...
Falling of mine through air, water, and sediment is investigated experimentally and theoretically. T...
a simulated mine. During the experiment, we carefully observe mine track and mine burial depth while...
Abstract-- The hydrodynamic features of a falling mine into the water column is investigated experim...
Falling of rigid body through air, water, and sediment is investigated experimentally and theoretica...
The long-term goal is to predict operational mine (e.g., Rokan, Manta, Bowen, and Korean) maneuver i...
Abstract-- The hydrodynamic features of a falling mine into the water column is investigated experim...
This document presents concise information about an ongoing research project in a format called a "...
Mine Impact Burial Experiment (MIBEX) was conducted at Monterey Bay on May 23, 2000 using a simulat...
LONG-TERM GOALS: The ultimate goals are to substantially improve, quantitatively, the U.S. Navy’s mi...
predicts the cylindrical mine trajectory in air and water columns and burial depth and orientation i...
Award: N00014-06-1-0326 LONG-TERM GOALS The long term goal of this research is twofold: (1) develop ...
Falling of rigid body through air, water, and sediment with high speed is investigated experimentall...
The ability to detect buried mines on the seafloor remains one of the most important tasks in mine c...
model with a multi-numerical solution techniques approach to predict nonlinear dynamic behavior of i...
transforms for prediction of falling cylinder through the water column. Journal of Applied Mechanics...