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首页> 外文期刊>International Journal of Offshore and Polar Engineers >CFD Modeling of Arctic Coastal Erosion due to Breaking Waves
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CFD Modeling of Arctic Coastal Erosion due to Breaking Waves

机译:北极沿海侵蚀因打破波的CFD建模

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Computational fluid dynamics (CFD) modeling of breaking waves over a slope and the resulting erosion in the case of an Arctic coastline is presented in this study. The study is performed with the open-source numerical model REEF3D. First, the numerical model is validated for the simulation of incident waves, wave breaking on a slope, and the sediment transport process. The numerical results show good agreement with wave theory and experimental data. The validated numerical model for the hydrodynamics and the sediment transport process is then used to simulate the coastal erosion process under the breaking wave impact on a vertical bluff. An Arctic coastline at Bjorndalen region at Isfjorden, Svalbard, is chosen, where a significant coastal erosion was observed during a storm event in September 2015.
机译:在本研究中介绍了在斜坡上破碎波的计算流体动力学(CFD)建模和在北极海岸线的情况下产生的侵蚀。使用开源数值模型Reef3D进行该研究。首先,验证了数值模型,用于模拟入射波,波浪在斜坡上的波浪和沉积物运输过程。数值结果与波理论和实验数据显示出良好的一致性。然后使用验证的流体动力学和沉积物传输过程的数值模型来模拟沿着垂直虚张声的破碎波撞击下的沿海侵蚀过程。选择了斯瓦尔巴邦的伊弗兰登·斯法尔登的Bjorndalen地区的北极海岸线,于2015年9月在风暴活动期间观察到显着的沿海侵蚀。

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