Searched for: subject%3A%22models%22
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Barneveld, H.J. (author), Mosselman, E. (author), Chavarrías, V. (author), Hoitink, A.J.F. (author)
Sustainable river management often requires long-term morphological simulations. As the future is unknown, uncertainty needs to be accounted for, which may require probabilistic simulations covering a large parameter domain. Even for one-dimensional models, simulation times can be long. One of the acceleration strategies is simplification of...
abstract 2024
document
Barneveld, H.J. (author), Mosselman, E. (author), Chavarrías, V. (author), Hoitink, A.J.F. (author)
Sustainable river management often requires long-term morphological simulations. As the future is unknown, uncertainty needs to be accounted for, which may require probabilistic simulations covering a large parameter domain. Even for one-dimensional models, simulation times can be long. One of the acceleration strategies is simplification of...
journal article 2024
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Parsapour-Moghaddam, Parna (author), Rennie, Colin David (author), Slaney, Jonathan (author), Platzek, Frank (author), Shirkhani, Hamidreza (author), Jamieson, Elizabeth (author), Mosselman, E. (author), Measures, Richard (author)
Bank erosion plays an important role in the hydro-morphodynamics and evolution of natural rivers. Therefore, it is essential to have a reliable bank erosion model for accurate simulation of hydro-morphodynamic processes. We developed and successfully implemented a new, feasible bank erosion model in Delft3D software. The developed model...
journal article 2023
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Chavarrías, Víctor (author), Ottevanger, Willem (author), Sloff, C.J. (author), Mosselman, E. (author)
Predicting the formation and break-up of immobile layers is of crucial importance for river management, as these processes greatly affect the morphodynamic evolution of the river bed. Two models are currently available for studying these processes: Struiksma's and Hirano's model. In this paper, we show that both models present limitations. This...
journal article 2022
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van Alderwegen, E. (author), Mosselman, E. (author), Zijlema, A. (author), Bahrami-Yarahmadi, M. (author), Reedijk, B (author)
conference paper 2022
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Jean Louisa, Madoche (author), Crosato, A. (author), Mosselman, E. (author), Maskey, Shreedhar (author)
conference paper 2022
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Montijn, Roline (author), Mosselman, E. (author), Sloff, C.J. (author)
poster 2021
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Omer, Amgad (author), Yossef, Mohamed (author), Mosselman, E. (author), Yildiz, B. (author)
abstract 2021
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de Haas, H. (author), Wang, Zhengbing (author), Mosselman, E. (author), Bogaard, T.A. (author), Cleveringa, J. (author)
poster 2021
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Yildiz, B. (author), Uijttewaal, W.S.J. (author), Bricker, J.D. (author), Mosselman, E. (author)
Weirs are flow control structures that can be used for flow diversion purposes. They are classified according to section geometry or their length in the flow direction. For sharp-crested rectangular weirs, Rehbock [1] derived stage-discharge equations. In contracted geometries, streamlines curve at the approach flow leading to variations in flow...
conference paper 2021
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Barneveld, Hermjan (author), Hoitink, Ton (author), Mosselman, E. (author), Chavarrias, V. (author)
abstract 2021
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van Rooijen, Erik (author), Mosselman, E. (author), Sloff, C.J. (author), Uijttewaal, W.S.J. (author)
Remarkable 3D flow structures occur at river confluences with small density differences due to differences in sediment concentration or temperature. We explain these by comparing numerical simulations for an idealized confluence with aerial photographs of several river confluences where color differences express the pattern of density...
journal article 2020
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Mosselman, E. (author)
Marked differences occur between modelling in scientific hydraulic research, in hydraulic engineering and in public decision making. This study reviews ifferences in the required accuracy of model results and differences in the choice between physical and numerical modelling. Physical models are used for studying elementary processes and their...
other 2017
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Mosselman, E. (author)
Marked differences occur between modelling in scientific hydraulic research, in hydraulic engineering and in public decision making. This study reviews ifferences in the required accuracy of model results and differences in the choice between physical and numerical modelling. Physical models are used for studying elementary processes and their...
abstract 2017
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Mosselman, E. (author), Le, T.B. (author)
Recent years have seen a marked increase in the availability of morphodynamic models and a proliferation of new morphodynamic codes. As a consequence, morphodynamic models are increasingly developed, used and evaluated by non-experts, possibly leading to mistakes. This paper draws attention to five types of common mistakes. First, new...
journal article 2016
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Mosselman, E. (author)
report 2007
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Verschelling, E. (author), Sloff, C.J. (author), Mosselman, E. (author)
report 2007
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Mosselman, E. (author), Vuren, B.G. van (author), Yossef, M.F.M. (author), Ottevanger, W. (author), Sloff, C.J. (author)
report 2007
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Yossef, M.F.M. (author), Mosselman, E. (author), Klis, H. van der. (author), Jagers, H.R.A. (author)
report 2006
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Vuren, S. van (author), Mosselman, E. (author), Sloff, C.J. (author), Vermeulen, B. (author)
report 2006
Searched for: subject%3A%22models%22
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