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Water tunnel experimental investigation on drag reduction of coating surface wall

机译:水隧道试验研究涂层表面壁阻力

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In this paper the prediction of friction drag reduction & cavitation inhibition were investigated by water tunnel experiment. The drag characteristic curve and up to 12% drag reduction was acquired experimentally. And the characteristics of cavity were also analysized. The results indicate that the hydrophobic material presents low surface energy effect and wall slip effect respectively, which are efficient reasons for coating surface effect of drag reduction and cavitation.
机译:本文采用水隧道实验研究了摩擦阻力降低和空化抑制的预测。实验中获取了拖拉特性曲线和高达12%的阻力。还分析了腔的特征。结果表明,疏水材料分别呈现低表面能效应和壁防滑效果,这是减少阻力和空化的涂覆表面效应的有效原因。

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