Results 181 to 190 of about 5,096 (221)
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Sensitivity of Delft3D to input conditions
OCEANS 2009, 2009January 2009, the forecasting ability of the DelfOD modeling suite was demonstrated in real time for an area in the Northern Gulf of Mexico. As part of the demonstration, a bathymetrie survey was conducted, and several wave buoys of different types were deployed.
K. L. Edwards +4 more
exaly +2 more sources
TESTING OF THE NEW SANTOSS TRANSPORT FORMULA IN THE DELFT3D MORPHOLOGICAL MODELING SYSTEM
The Proceedings of the Coastal Sediments 2015, 2015Abstract: Recently, the SANTOSS practical sand transport model was developed. This paper describes the implementation and testing of this formula in the Delft3D morphological modeling system. This is done based on a compressive set of hydrodynamic and sand transport from two largedata Delta Flume -scale experiments.
van der Werf, Jebbe J. +3 more
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Towards an Open-source Web-based Delft3D GeoTool
Proceedings, 2016New developments are currently being undertaken to develop a new open source web-based modelling system based on the process-based model Delft3D. This modelling systems (Delft3D-GeoTool) aims to provide non-modeling specialists (as wel as specialists) in the field of sedimentary geology and reservoir geology with tools to easily set up their own model ...
J.E.A. Storms +6 more
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Assimilation of Remote Sensing into DELFT3D
2006Abstract : LONG-TERM GOALS. Much effort has gone on in the hydrodynamic modeling community to build oceanic models of the littoral region. The spectral shoaling wave SWAN model, the phase-preserving shoaling wave Boussinesq models, and the DELFT3D flow model are all examples of such development.
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Hydrodynamic behavior of Vizhinjam port using Delft3D
2018ABSTRACT: A harbor is a water area partially enclosed by breakwaters and thus protected from storm-generated waves and currents. It also provides safe and suitable accommodation for vessels seeking refuge, supplies, refueling, repairs, and transfer of cargo.
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Geul River flooding reproduced with a Delft3D depth-averaged model
2022Environmental Fluid ...
Abi Aad, Zeina (author) +3 more
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2011
Abstract : The goal of our effort is to understand river and inlet fluid dynamics through in situ field observations and model validation. The primary objects are to: 1) establish the river flow response to horizontal (e.g., river width variations, bends, groins, etc.) and vertical bathymetric variability (e.g., channels and shoals, bars and dunes ...
McMahan, Jamie, Reniers, Ad
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Abstract : The goal of our effort is to understand river and inlet fluid dynamics through in situ field observations and model validation. The primary objects are to: 1) establish the river flow response to horizontal (e.g., river width variations, bends, groins, etc.) and vertical bathymetric variability (e.g., channels and shoals, bars and dunes ...
McMahan, Jamie, Reniers, Ad
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Actualisatie Delft3D-NeVla model: implementatie van bodemligging uit 2019
2023Title : WL Rapporten. Waterbouwkundig Laboratorium: Antwerpen. Volume : PA016_3 Issue : Pagination : VII, 21 + 11 p. bijl.
Stark, Jeroen, Vanlede, Joris
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Delft3D Morphological Modeling Downstream of Sergio Motta Reservoir Dam
2018Delft3D hydrodynamic and morphological modeling were applied to simulate flow and sediment transport in Parana River, considering 20 km downstream of Sergio Motta Reservoir Dam, located in Sao Paulo, Brazil. The objective of this study is to investigate and compare the results of Delft3D morphological model with the verified modifications of the region.
A. G. Siqueira +2 more
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The effects of bedform-related roughness on hydrodynamics and sediment transport patterns in Delft3D
2020<p>To contribute to solving scientific and practice-inspired questions, the morphological development of coastal systems is predicted using numerical morphodynamic models like Delft3D. In such models, many of the processes are parameterized, for which various assumptions have to be made.
Laura Brakenhoff +5 more
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