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首页> 外文期刊>Journal of Science and Technology of Agriculture and Natural Resources >Investigation of the Effect of Cable on the Control of Scour around the Piles Group in the River
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Investigation of the Effect of Cable on the Control of Scour around the Piles Group in the River

机译:电缆对河道群桩冲刷控制的影响研究

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In this study, some experiments were carried out in a rectangular plexiglass flume to study the effect of the cable around a vertical tripod and two piles groups with different angles. In this research, a series of experiments were performed by placing a cylindrical vertical pileand two piles groups with different angles separately in two modes including with cable and without cable. The experiments were carried out using three types of cable with various diameters, number of threads and thread angles at a constant discharge in clear water. In each experiment, scour depth at the end of the test was measured; then, the scour depth was calculated in different conditions using the obtained data. The best configuration in the vertical pier and piers group was found for the cable-pier diameter ratio of 0.1, the thread angle of 15 and the triple threads. The result indicated that the scour reduction was enhanced as the cable diameter and threads were increased and the thread angle was decreased. So in the piers group of 28 and 38, scour depth was reduced to about 43, 49 and 56%.
机译:在这项研究中,在矩形有机玻璃水槽中进行了一些实验,以研究电缆在垂直三脚架和两个不同角度的桩组周围的影响。在这项研究中,通过将圆柱形垂直桩和两个不同角度的桩组分别放置在有缆索和无缆索两种模式下进行了一系列实验。实验是使用三种类型的电缆进行的,这些电缆的直径,线数和线角各不相同,并且要在清水中不断排出。在每个实验中,都测量了测试结束时的冲刷深度;然后,使用获得的数据在不同条件下计算冲刷深度。垂直墩和墩组中的最佳配置是,电缆墩直径比为0.1,螺纹角度为15,三重螺纹。结果表明,随着电缆直径和螺纹数的增加,螺纹角度的减小,冲刷量的减少也有所增强。因此,在28和38的墩组中,冲刷深度减小到大约43%,49%和56%。

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