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Winterwerp, J.C. (author), Wang, Zhengbing (author)This paper describes the effects of anthropogenic deepening of tidal rivers in a conceptual way, with focus on tidal distortion and the residual transport of coarse sediment, driven by asymmetries in peak velocity. The rivers under consideration are fairly small, with small river discharge, and may have irregular hypsometry, with substantial...journal article 2021
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- Winterwerp, J.C. (author), Vroom, J. (author), Wang, Zhengbing (author), Krebs, Martin (author) abstract 2016
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Van Maren, D.S. (author), Winterwerp, J.C. (author), Vroom, J. (author)Deepening of estuarine tidal channels often leads to tidal amplification and increasing fine sediment import. Increasing fine sediment import, in turn, may lower the hydraulic drag (due to a smoother muddy bed and/or sediment-induced damping of turbulence), and therefore, further strengthen tidal amplification, setting in motion a process in...journal article 2015
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Winterwerp, J.C. (author)This paper describes an analysis of the observed up-river transport of fine sediments in the Ems River, Germany/Netherlands, using a 1DV POINT MODEL, accounting for turbulence-induced flocculation and sediment-induced buoyancy destruction. From this analysis, it is inferred that the net up-river transport is mainly due to an asymmetry in...journal article 2010
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- Winterwerp, J.C. (author), Jeuken, M.C.J.L. (author), Helvert, M.A.G. van (author), Kuijper, C. (author), Spek, A.J.F. van der (author), Stive, M.J.F. (author), Thoolen, P.M.C. (author), Wang, Z.B. (author) report 2000
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- Winterwerp, J.C. (author) report 2000