Abstract
Morphodynamic models are a great support in water environment management and decision-making, as well as in integrated coastal zone planning. In the present paper, a 2DH model is presented, able to deal with both currents, waves and their mutual interaction. The model is briefly presented and the results of its application to some benchmark tests are discussed.
Highlights
Morphodynamic models are numerical models able to couple the hydrodynamic issue to the sediment transport analysis and to the morphological evolution that represents the changes in bottom height due to sediment transport
Two configurations were chosen among those originally presented by van Rijn; their geometric and hydrodynamic conditions are summed up in table 1 and sediments and morphodynamic characteristics are summarized in table 2
With a view to developing a model useful in coastal and riverine environments, a morphodynamic model is presented in the present paper and applied to some validation tests
Summary
To cite this article: Silvia Bosa et al 2017 IOP Conf. View the article online for updates and enhancements. - Fatigue loading on a 5MW offshore wind turbine due to the combined action of waves and current Johan M Peeringa. - Hydrodynamical Basis for Interpreting the Features of a Kind of Ocean Objects on Synthetic Aperture Radar Images Yu Wei-dong, Hua Feng, Jin Mei-bing et al. This content was downloaded from IP address 158.110.39.98 on 11/01/2018 at 13:44
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