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    Numerical Simulation of Wave-Current Driven Sediment Transport

    New search for: Uittenbogaard, Rob
    New search for: Klopman, Gert

    A numerical model is presented for the simulation of wave-current driven sediment transport and it is developed as research tool. In line with previous papers the present paper validates its applicability as a research tool improving sand-transport formulations. This paper compares the Stokes drift derived from laboratory experiments with the numerically simulated Stokes drift. Further, two analytical test cases are included, one for sand transport in steady flow and a second case for oscillatory bed concentration. Based on a sensitivity analysis, we recommend other researchers to also validate their sand-transport models against these analytical test cases.

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    Numerical Simulation of Wave-Current Driven Sediment Transport

    New search for: Uittenbogaard, Rob
    New search for: Klopman, Gert

    A numerical model is presented for the simulation of wave-current driven sediment transport and it is developed as research tool. In line with previous papers the present paper validates its applicability as a research tool improving sand-transport formulations. This paper compares the Stokes drift derived from laboratory experiments with the numerically simulated Stokes drift. Further, two analytical test cases are included, one for sand transport in steady flow and a second case for oscillatory bed concentration. Based on a sensitivity analysis, we recommend other researchers to also validate their sand-transport models against these analytical test cases.

    Access

    Check access
    Check availability in my library
    Order at Subito €

    Numerical Simulation of Wave-Current Driven Sediment Transport

    New search for: Uittenbogaard, Rob
    New search for: Klopman, Gert

    A numerical model is presented for the simulation of wave-current driven sediment transport and it is developed as research tool. In line with previous papers the present paper validates its applicability as a research tool improving sand-transport formulations. This paper compares the Stokes drift derived from laboratory experiments with the numerically simulated Stokes drift. Further, two analytical test cases are included, one for sand transport in steady flow and a second case for oscillatory bed concentration. Based on a sensitivity analysis, we recommend other researchers to also validate their sand-transport models against these analytical test cases.

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    Check availability in my library
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    Title:

    Numerical Simulation of Wave-Current Driven Sediment Transport

    Contributors:

    Uittenbogaard, Rob (author) / Klopman, Gert (author)

    Conference:

    Fourth Conference on Coastal Dynamics ; 2001 ; Lund, Sweden

    Published in:

    Coastal Dynamics '01 ; 568-577

    Publication date:

    2001-05-18

    ISBN:

    9780784405666

    DOI:

    https://doi.org/10.1061/40566(260)58

    Type of media:

    Conference paper

    Type of material:

    Electronic Resource

    Language:

    English

    Keywords:

    Coastal processes , Coastal engineering , Sediment transport , Numerical models , Ocean waves , Currents , Coastal environment , Coastal management , Simulation

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