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Acties	Details Titel Tidal inlet channel stability in long term process based modelling Auteur R. Teske Plaats van uitgave Utrecht Uitgever [s.n.] Jaar van uitgave 2013 Pagina's 78 p. Illustraties fig., ref. Materiaal monografie Digitaal document Annotatie MSc traineeship report Utrecht University, written at Deltares as a part of the KPP Beheer en Onderhoud Kust Onderwerp modelling, morphological models, tidal inlets Geografisch trefwoord Ameland Beschrijving The general morphodynamics and hydrodynamics of tidal inlets are relatively well understood, but the detailed interactions remain a prominent research interest. Recent studies have used process-based computer models as a tool to investigate the long term mechanisms, interactions and morphologic development. One of the major problems identified in these models is an unrealistic development of tidal channels. The exact reasons for this inconsistency are not yet know. The aim of this report is to improve the model performance by using more natural “morphological” boundary conditions instead of currently used schematizations. An idealized representation of the Ameland inlet was used to evaluate different modelling strategies. Verwijder uit selectie Voeg toe aan selectie

Titel
Tidal inlet channel stability in long term process based modelling
Auteur
R. Teske
Plaats van uitgave
Utrecht
Uitgever
[s.n.]
Jaar van uitgave
2013
Pagina's
78 p.
Illustraties
fig., ref.
Materiaal
monografie
Digitaal document
Annotatie
MSc traineeship report Utrecht University, written at Deltares as a part of the KPP Beheer en Onderhoud Kust
Onderwerp
modelling, morphological models, tidal inlets
Geografisch trefwoord
Ameland
Beschrijving
The general morphodynamics and hydrodynamics of tidal inlets are relatively well understood, but the detailed interactions remain a prominent research interest. Recent studies have used process-based computer models as a tool to investigate the long term mechanisms, interactions and morphologic development. One of the major problems identified in these models is an unrealistic development of tidal channels. The exact reasons for this inconsistency are not yet know. The aim of this report is to improve the model performance by using more natural
“morphological” boundary conditions instead of currently used schematizations. An idealized representation of the Ameland inlet was used to evaluate different modelling strategies.