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Acties	Details Titel Dike erosion landside slope : Progress report 2023 Sito-PS KvK DE1 Auteur A.R. Koelewijn Opdrachtgever Rijkswaterstaat, Water, Verkeer en Leefomgeving (WVL) Projectnummer 11209268 Plaats van uitgave Delft Uitgever Deltares Jaar van uitgave 2024 (Apr.) Pagina's 82 p. Illustraties fig., ref. Materiaal rapport Deltares Digitaal document Onderwerp clay, erosion, landslides, model validation, model calibration, wave overtopping Geografisch trefwoord Zeeuws-Vlaanderen, Delfzijl Beschrijving In order to obtain a relation for the erosion of the landside slope by wave overtopping, a model developed by ISL has been validated and calibrated for data obtained at wave overtopping tests at the Hedwigepolder (2023) and at Delfzijl (2007), all on bare clay. Results are compared with results from small-scale erosion tests on samples taken at both locations in 2023. The results are not yet convincing. The research will be continued in 2024. Verwijder uit selectie Voeg toe aan selectie

Titel
Dike erosion landside slope : Progress report 2023 Sito-PS KvK DE1
Auteur
A.R. Koelewijn
Opdrachtgever
Rijkswaterstaat, Water, Verkeer en Leefomgeving (WVL)
Projectnummer
11209268
Plaats van uitgave
Delft
Uitgever
Deltares
Jaar van uitgave
2024 (Apr.)
Pagina's
82 p.
Illustraties
fig., ref.
Materiaal
rapport Deltares
Digitaal document
Onderwerp
clay, erosion, landslides, model validation, model calibration, wave overtopping
Geografisch trefwoord
Zeeuws-Vlaanderen, Delfzijl
Beschrijving
In order to obtain a relation for the erosion of the landside slope by wave overtopping, a model developed by ISL has been validated and calibrated for data obtained at wave overtopping tests at the Hedwigepolder (2023) and at Delfzijl (2007), all on bare clay. Results are compared with results from small-scale erosion tests on samples taken at both locations in 2023. The results are not yet convincing. The research will be continued in 2024.