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ANALYSIS OF NUMERICAL SIMULATION ON NEAR SURFACE BENEATH CLEAN AND CONTAMINATED SMALL-SCALE WIND DRIVEN WATER WAVES

机译:近地表近地表的数值模拟分析,污染的小型风驱动水波

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We report on a numerical study conducted to investigate the near-surface flow beneath clean and contaminated small-scale wind-driven water surfaces. The numerical model is validated in terms of the velocity and surface wave characteristics. A good agreement is observed between the experimental and numerical values. The results from the numerical model show that the mean velocity in the near-surface region is 25-50% higher beneath the contaminated surface as compared to the clear surface. The present trend is also in agreement with the previous experimental observations.
机译:我们报告了一个测量的数值研究,以研究清洁和受污染的小型风力水面下面的近表面流动。在速度和表面波特性方面验证了数值模型。在实验和数值之间观察到良好的一致性。与透明表面相比,数值模型的结果表明,近表面区域的平均速度在污染表面下方较高25-50%。目前的趋势也与先前的实验观察结果一致。

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