Stilling basin optimization for a combined inlet-outlet sluice in the framework of the Sigmaplan
Vercruysse, J.B.; De Mulder, T.; Verelst, K.; Peeters, P. (2013). Stilling basin optimization for a combined inlet-outlet sluice in the framework of the Sigmaplan, in: Bung, D.B. et al. (Ed.) Proceedings of the international workshop on hydraulic design of low-head structures, Aachen, Germany, February, 20-22, 2013. pp. 55-66
In: Bung, D.B.; Pagliara, S. (Ed.) (2013). Proceedings of the international workshop on hydraulic design of low-head structures, Aachen, Germany, February, 20-22, 2013. Bundesanstalt für Wasserbau: Karlsruhe. ISBN 978-3-939230-04-5. X, 230 + CD-ROM pp., meer
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| Beschikbaar in | Auteurs |
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Documenttype: Congresbijdrage
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| Trefwoorden |
Hydraulic jump
Physical models
Stilling basins
Marien/Kust; Brak water; Zoet water |
| Author keywords |
Actualised Sigmaplan; Inlet sluice; Vertical drop |
| Abstract |
Within the framework of the so-called Actualised Sigmaplan, i.e. the masterplan to create a sustainable Schelde estuary, flood control areas (FCA) are setup in well-chosen polders along the tidal part of the river Scheldeand its tributaries. In some of these FCAs a semi-diurnal, controlled reduced tide (CRT) is introduced, by means of simple inlet and outlet sluices. Nowadays, it is preferred to combine in- let and outlet sluices in one single structure, in which the inlet culverts are situated on top of the outlet culverts. At inflow, energy is dissipated by means of a vertical drop and a stilling basin. In this paper, results are presented of a physical model study (scale 1:8) aiming at the optimization of the inlet configuration, i.e. the stilling basin, starting from the desktop design of the in- and outlet construction for FCACRT Bergenmeersen. |
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