Climate change, sea-level rise, land subsidence, and rapid urbanization are likely to increase flood risk in low-lying coastal cities the future, posing serious challenges urban sustainability. To quantitatively assess future trends of risks carry out effective adaptation measures among hot topics for management. A sound answer needs fine-scale data support an integrative analysis hydrology-hyd...

This paper discusses the abilities of numerical models to predict the morphodynamics over sandy beds. In the first part the sediment transport model is presented which solves the bed evolution equation in conjunction with sediment transport formulas. The flow field and the water depth are calculated using the depth-averaged hydrodynamic model TELEMAC-2D. The work consisted in setting up the met...