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Numerical Computation of Hydrodynamic Forces on Hydrofoil. Prediction of Cavitation Phenomenon

机译:水翼上水动力的数值计算。空化现象的预测

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The computational results presented in this paper may be summarised in the following conclusions: 1. Lifting force and drag force coefficients have a good conformity with experiment especially in the range of angle of attack from 0 to 6 degrees. The critical point of lifting force coefficient characteristic is predicted with accuracy of about 1 degree. 2. The cavitation computation gives reliable results for the prediction of laminar and bubble cavitation, however the model fails to predict the tip vortex cavitation phenomenon.
机译:本文提出的计算结果可以归纳为以下结论:1.提升力和拖动力系数与实验具有良好的一致性,特别是在攻角为0至6度的范围内。预测提升力系数特性的临界点的精度约为1度。 2.空化计算为预测层流和气泡空化提供了可靠的结果,但是该模型无法预测尖端涡旋空化现象。

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