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    Oneline, A Numerical Model for Shoreline Change

    New search for: Dabees, Mohamed
    New search for: Kamphuis, J. William

    This paper describes the latest revision of the Queen's University coastal morphology model ONELINE. The model provides practical and reliable full, timedependent simulations of shoreline change for coasts controlled by structures and complex boundary conditions. ONELINE calculates shoreline change due to longshore sediment differentials as well as on-offshore sediment movements. Model tests and case studies from around the world were conducted to test ONELINE's capabilities. Two case studies for Sea Isle City beach, New Jersey, and along the Nile Delta Coast in Egypt are discussed in this paper. Results are compared with observed field measurements to examine the model capabilities.

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    Oneline, A Numerical Model for Shoreline Change

    New search for: Dabees, Mohamed
    New search for: Kamphuis, J. William

    This paper describes the latest revision of the Queen's University coastal morphology model ONELINE. The model provides practical and reliable full, timedependent simulations of shoreline change for coasts controlled by structures and complex boundary conditions. ONELINE calculates shoreline change due to longshore sediment differentials as well as on-offshore sediment movements. Model tests and case studies from around the world were conducted to test ONELINE's capabilities. Two case studies for Sea Isle City beach, New Jersey, and along the Nile Delta Coast in Egypt are discussed in this paper. Results are compared with observed field measurements to examine the model capabilities.

    Access

    Check access
    Check availability in my library
    Order at Subito €

    Oneline, A Numerical Model for Shoreline Change

    New search for: Dabees, Mohamed
    New search for: Kamphuis, J. William

    This paper describes the latest revision of the Queen's University coastal morphology model ONELINE. The model provides practical and reliable full, timedependent simulations of shoreline change for coasts controlled by structures and complex boundary conditions. ONELINE calculates shoreline change due to longshore sediment differentials as well as on-offshore sediment movements. Model tests and case studies from around the world were conducted to test ONELINE's capabilities. Two case studies for Sea Isle City beach, New Jersey, and along the Nile Delta Coast in Egypt are discussed in this paper. Results are compared with observed field measurements to examine the model capabilities.

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    Title:

    Oneline, A Numerical Model for Shoreline Change

    Contributors:

    Dabees, Mohamed (author) / Kamphuis, J. William (author)

    Conference:

    26th International Conference on Coastal Engineering

    Published in:

    Coastal Engineering 1998 ; 2668-2681

    Publication date:

    1999-04-26

    ISBN:

    9780784404119 , 978-0-7844-7950-6

    DOI:

    https://doi.org/10.1061/9780784404119.202

    Type of media:

    Conference paper

    Type of material:

    Electronic Resource

    Language:

    English

    Keywords:

    Coastal processes , Beaches , New Jersey , Coastal engineering , Sediment transport , Numerical models , Waves , Coastal environment , Nile River , Shoreline changes , Coastal structures , Deltas

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