Mine-Impact Burial Model (IMPACT35) Verification and Improvement Using Sediment Bearing Factor Method
- Fan Chenwu
- Peter C. Chu
- Chenwu Fan
DOIAbstract
Mine impact burial model (IMPACT35) verification and improvement using sediment bearing factor metho
Mine impact burial model (IMPACT35) verification and improvement using sediment bearing factor metho
The ability to detect buried mines on the seafloor remains one of the most important tasks in mine c...
The U.S. Navy is supporting the research to develop and validate stochastic, time-dependent, mine bu...
As the business of deep-sea mining develops, greater attention is being paid to the ways in which th...
Abstract—Recently, a 3-D model (IMPACT35) was developed to predict a falling cylindrical mine’s loca...
The long-term goal is to predict operational mine (e.g., Rokan, Manta, Bowen, and Korean) maneuver i...
a simulated mine. During the experiment, we carefully observe mine track and mine burial depth while...
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...
One research goal is the correlation of shallow-water coastal sediment properties and environments o...
Due to the character of the original source materials and the nature of batch digitization, quality ...
An important parameter for the prediction of mine burial on impact, when a mine is first laid, is th...
Falling of mine through air, water, and sediment is investigated experimentally and theoretically. T...
Issued as Letter progress report, and Technical report, nos. 1-3, Project no. A-62
This primer is for fleet use as a means of rapid access to information on scour, burial, and re-expo...
The ability to detect buried mines on the seafloor remains one of the most important tasks in mine c...
The U.S. Navy is supporting the research to develop and validate stochastic, time-dependent, mine bu...
As the business of deep-sea mining develops, greater attention is being paid to the ways in which th...
Abstract—Recently, a 3-D model (IMPACT35) was developed to predict a falling cylindrical mine’s loca...
The long-term goal is to predict operational mine (e.g., Rokan, Manta, Bowen, and Korean) maneuver i...
a simulated mine. During the experiment, we carefully observe mine track and mine burial depth while...
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...
One research goal is the correlation of shallow-water coastal sediment properties and environments o...
Due to the character of the original source materials and the nature of batch digitization, quality ...
An important parameter for the prediction of mine burial on impact, when a mine is first laid, is th...
Falling of mine through air, water, and sediment is investigated experimentally and theoretically. T...
Issued as Letter progress report, and Technical report, nos. 1-3, Project no. A-62
This primer is for fleet use as a means of rapid access to information on scour, burial, and re-expo...
The ability to detect buried mines on the seafloor remains one of the most important tasks in mine c...
The U.S. Navy is supporting the research to develop and validate stochastic, time-dependent, mine bu...
As the business of deep-sea mining develops, greater attention is being paid to the ways in which th...
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