Further analysis of sand concentration distributions based on a diffusion concept

Morphological changes of coastal areas are caused by sediment transport. Sediment transport is one of the most important subjects in coastal engineering research. Various models are available to predict the sediment transport rate as a function of wave height, current velocity and grain size. The reliability of these models is unknown, because...

Sedimenttransport modellering Westerschelde

Sedimenttransport modellering Westerschelde

Toepassing van SOBEK-GEGRADEERD op de Rijntakken

Grain-size and gradation effects on sediment transport under sheet-flow conditions: Part 2: data-analysis and modelling

Yearly averaged sediment transport along the Dutch shore: Upgrading of UNIBEST-TC

Bresgroei - deel I: Mathematisch model. Band A: Opzet en eerste resultaten. Band B: Inventarisatie sedimenttransport-formuleringen

In het kader van het in ontwikkeling zijnde mathematische model voor bresgroei zijn de bruikbare sedimenttransportformuleringen geëvalueerd.

Morfologisch onderzoek met 2DH numerieke veldmodellen bij Eierland (Texel)

Time-averaged sediment transport phenomena in combined wave-current flows

Invers sedimenttransportmodel: Ontwerp

Invers sedimenttransportmodel: Definitiestudie

Considerations on cross-shore sediment transport

CROSTRAN - a model for beach profile changes due to cross-shore sediment transport under random breaking waves: Progress report 1

Storm surge barrier Oosterschelde - computation of siltation in dredged trenches: Semi-empirical model for the flow in dredged trenches

Storm surge barrier Oosterschelde - computation of siltation in dredged trenches: Mathematical model