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    Numerical Simulations of Sediment Transport and Scour Around Mines

    New search for: D. L. Foster

    The long term goal of this research is to understand and predict the scour and transport of submerged objects in coastal waters. The objective of this research is to verify a computational fluid dynamics (CFD) model for sediment transport and scour of mines in coastal waters with laboratory and field observations. The three-dimensional flow around and scour of partially and unburied mines in the coastal zone is being simulated with a numerical CFD model for both wave and current dominated conditions. The predicted flow, sediment transport and bed scour model is being verified with laboratory and field observations obtained by collaborators (PI Garcia, University of Illinois at Urbana-Champagne (UIUC); PI Richardson, Naval Research Lab; and PI Howd, University of South Florida).

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    Numerical Simulations of Sediment Transport and Scour Around Mines

    New search for: D. L. Foster

    The long term goal of this research is to understand and predict the scour and transport of submerged objects in coastal waters. The objective of this research is to verify a computational fluid dynamics (CFD) model for sediment transport and scour of mines in coastal waters with laboratory and field observations. The three-dimensional flow around and scour of partially and unburied mines in the coastal zone is being simulated with a numerical CFD model for both wave and current dominated conditions. The predicted flow, sediment transport and bed scour model is being verified with laboratory and field observations obtained by collaborators (PI Garcia, University of Illinois at Urbana-Champagne (UIUC); PI Richardson, Naval Research Lab; and PI Howd, University of South Florida).

    Access

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    Numerical Simulations of Sediment Transport and Scour Around Mines

    New search for: D. L. Foster

    The long term goal of this research is to understand and predict the scour and transport of submerged objects in coastal waters. The objective of this research is to verify a computational fluid dynamics (CFD) model for sediment transport and scour of mines in coastal waters with laboratory and field observations. The three-dimensional flow around and scour of partially and unburied mines in the coastal zone is being simulated with a numerical CFD model for both wave and current dominated conditions. The predicted flow, sediment transport and bed scour model is being verified with laboratory and field observations obtained by collaborators (PI Garcia, University of Illinois at Urbana-Champagne (UIUC); PI Richardson, Naval Research Lab; and PI Howd, University of South Florida).

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    Title:

    Numerical Simulations of Sediment Transport and Scour Around Mines

    Contributors:

    D. L. Foster (author)

    Publication date:

    2004

    Size:

    7 pages

    Type of media:

    Report

    Type of material:

    No indication

    Language:

    English

    Keywords:

    Physical & Chemical Oceanography , Underwater Ordnance , Fluid Mechanics , COMPUTATIONAL FLUID DYNAMICS , SEDIMENT TRANSPORT , UNDERWATER MINES , COASTAL REGIONS , MODELS , OBSERVATION , OCEAN CURRENTS , OCEAN WAVES , NUMERICAL SIMULATIONS , SCOUR , CFD(COMPUTATIONAL FLUID DYNAMICS)

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