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首页> 外文期刊>日本マリンエンジニアリング学会誌 >Simulation of Deepwater Horizon Oil Spill Using Coupled Atmosphere-Ocean Model
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Simulation of Deepwater Horizon Oil Spill Using Coupled Atmosphere-Ocean Model

机译:大气-海洋耦合模拟深水地平线漏油

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摘要

The Deepwater Horizon accident discharged a staggering amount of oil (about 780,000 kL) into the Gulf of Mexico. In other forecast simulations based on the ocean-only models, spilled oil reached the Atlantic Ocean via the Gulf Stream. In this study, the authors simulated 3-dimensional movement of oils using real-time oceanic and atmospheric conditions obtained by the coupled MSSG (Multi-Scale Simulator for the Geoenvironment) model. Our simulation shows that the amount of oil discharge into the Atlantic is very limited due to the trade winds. The atmospheric coupling to the ocean model is essential in the forecast simulation of spilled oils.
机译:Deepwater Horizo​​n事故向墨西哥湾排放了惊人数量的石油(约780,000 kL)。在其他基于仅海洋模型的预测模拟中,溢油通过海湾流到达大西洋。在这项研究中,作者使用通过耦合的MSSG(地质环境多尺度模拟器)模型获得的实时海洋和大气条件模拟了油的3维运动。我们的模拟显示,由于顺风,排入大西洋的石油量非常有限。大气与海洋模型的耦合对于溢油的预测模拟至关重要。

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