Results 161 to 170 of about 1,205 (190)
Coastal Engineering, 2021 Predicting hydrodynamic forces from ship waves along a waterway is essential for managing a sustainable shoreline in fairways. In this context, a numerical model can be a useful tool for calculating ship waves in fairways with complex geometry. XBeach is
Dano Roelvink +2 more
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Computing efficiency of XBeach hydro- and wave dynamics on Graphics Processing Units (GPUs)
Environmental Modelling and Software, 2022Christo Rautenbach +2 more
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Evaluation of XBeach performance for the erosion of a laboratory sand dune
Coastal Engineering, 2017Abstract A new set of laboratory data is used to investigate the bathymetry change of a steep sand dune exposed to waves and high water levels, and subsequently compared to the results of numerical simulations using XBeach. Bichromatic wave boundary conditions are used to simulate a combined short-wave and long-wave field for two water level ...
Ana Maria Ferreira da Silva
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Undertow Response under Low Wave Energy Conditions using XBeach
Journal of Japan Society of Civil Engineers, Ser B2 (Coastal Engineering), 2020 Takayuki Suzuki
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Including Wave Diffraction in XBeach: Model Extension and Validation
Journal of Coastal Research, 2019ABSTRACT Fang, K.; Wang, H.; Sun, J.; Zhang, J., and Liu, Z., 2020. Including wave diffraction in XBeach: Model extension and validation. Journal of Coastal Research, 36(1), 116–127.
KeZhao Fang +4 more
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PREDICTING THE RESPONSE OF GRAVEL BARRIERS TO STORMS USING XBEACH
The Proceedings of the Coastal Sediments 2011, 2011To investigate new ways to improve the prediction of gravel barrier beach erosion, XBeach, a processed-based numerical model capable of computing nearshore circulation and morphodynamics, including overwash and breaching, has been used in 1D mode to simulate: a) prototype-scale laboratory experiments; and b) storm response of a natural gravel barrier ...
JON J. WILLIAMS +1 more
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COAWST-XBeach nesting strategy validation for the Celia storm at the Barceloneta beach
2023Celia storm was an intense event that hit the NW Mediterranean Spanish coast during March 2022. During those dates a study was conducted where 2 instrumented platforms were installed, together with the gathering of high-resolution topobathymetric information at the Sant Sebastià and Sant Miquel beaches (Barcelona).
Xavier Sánchez-Artús +5 more
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Modeling wave attenuation by submerged flexible vegetation with XBeach phase-averaged model
Ocean Engineering, 2022Sudong Xu, Yiran Wang
exaly