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Acties	Details Titel Modeling New York in D-Flow FM Auteur T.J. Tuinhof Plaats van uitgave Delft Uitgever Deltares Jaar van uitgave 2013 Pagina's 38 p. Illustraties fig. Materiaal rapport Deltares Digitaal document Annotatie Internship at Royal Haskoning DHV and Deltares as part of the master Hydraulic Engineering at the TU Delft Onderwerp modelling, flow models, hydrodynamic models, accuracy Geografisch trefwoord United States of America (USA) Beschrijving The purpose of this study is to model the region of New York in D-Flow Flexible Mesh, and using the flexible mesh grid to more accurately model inland areas, which would need a smaller grid size. However, one of the requirements is a reasonable computation time, which means that it should not take more than a few hours to model a month of hydrodynamics. The goal of this internship was to finally simulate hurricane Sandy in the developed D-Flow FM model. However, during the relative short internship it was decided to first focus on a tide analysis before modeling the hurricane. The model was set up and a tide analysis was performed. In the last weeks hurricane Sandy was also simulated, but not much research was done on that, just to show that it works. Verwijder uit selectie Voeg toe aan selectie

Titel
Modeling New York in D-Flow FM
Auteur
T.J. Tuinhof
Plaats van uitgave
Delft
Uitgever
Deltares
Jaar van uitgave
2013
Pagina's
38 p.
Illustraties
fig.
Materiaal
rapport Deltares
Digitaal document
Annotatie
Internship at Royal Haskoning DHV and Deltares as part of the master Hydraulic Engineering at the TU Delft
Onderwerp
modelling, flow models, hydrodynamic models, accuracy
Geografisch trefwoord
United States of America (USA)
Beschrijving
The purpose of this study is to model the region of New York in D-Flow Flexible Mesh, and using the flexible mesh grid to more accurately model inland areas, which would need a smaller grid size. However, one of the requirements is a reasonable computation time, which means that it should not take more than a few hours to model a month of hydrodynamics. The goal of this internship was to finally simulate hurricane Sandy in the developed D-Flow FM model. However, during the relative short internship it was decided to first focus on a tide analysis before modeling the hurricane. The model was set up and a tide analysis was performed. In the last weeks hurricane Sandy was also simulated, but not much research was done on that, just to show that it works.