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Numerical Simulations of Solitary Wave Generation and runup on a Canal compared with Experiment

机译:运河孤波产生与运行的数值模拟与实验对比

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In the present work we simulate, numerically, flume experiments conducted at the U.S. Army Engineer Waterways Experiment Station, at Vicksburg, MS. the flume, shown in figure 1, is 23.23 m long and 0.45 m wide; the undisturbed water depth at the flat portions of the flume is 0.218 m and at its left hand side there is a piston type wave-maker. Ten wave gages are placed along the canal, in our computations we take readings of gages 5,6,7,9 and 10; gages 5,7 and 9 are respectively placed at the exact beginning of each of the three slopes; gages 6 and 10 are placed respectively at the middle of the first and last slpe. We also take readings of the runup at the wall.
机译:在目前的工作中,我们通过数值模拟在密西西比州维克斯堡的美国陆军工程师航道实验站进行的水槽实验。如图1所示,水槽长23.23 m,宽0.45 m。水槽平整部分的原水深度为0.218 m,在其左侧有一个活塞式造波器。沿水道放置了十个应变计,在我们的计算中,我们分别读取了应变计5,6,7,9和10的读数;量规5,7和9分别放置在三个坡度中每一个的确切起点处;量规6和10分别放置在第一个和最后一个斜角的中间。我们还将读取隔离墙处的助跑器。

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