Abstract
A depth-varying unsteady open-channel flow is one of the most important flows in hydraulic engineering. So, the hydrodynamic characteristics of this flow have to be investigated in detail. Recently, most of researches on rectangular open-channel flow were intensively investigated and much valuable and reasonable knowledge are now available. However, as for three-dimensional (3-D) structures of unsteady compound open-channel flows, there is no accurate database as yet. Ther efore, in this study, 3-D turbulence measurements with LDA were conducted in unsteady compound depth-varying open-channel flows.
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