Numerical Analysis of Hydraulic Flow Characteristics in Prismatic Compound Channels Using Flow3D Software

Z. Askari, S. Khodashenas, K. Esmaili, Mohsen Golian, K. Ostad‑Ali‑Askari, V. Singh, N. Dalezios
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Abstract

An important aspect of rivers’ hydraulics is the lateral distribution of velocity and boundary shear stress. The rivers appear to be in the form of a compound cross section at their extreme ends, such that water overflows from the main channel of the river and enters the floodplains during floods. Due to their proximity to the river bank and their high latitude and fertile soil, floodplains have always been considered for various recreational, commercial, agricultural and residential purposes. Therefore, the awareness of the flow hydraulic in the floodplains is essential for the protection of humans, as well as the structures and installations in them. American Research Journal of Civil And Structural Engineering ISSN (Online): 2577-5944 Volume 3, Issue 1, pp: 1-10 Research Article Open Access
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基于Flow3D软件的柱状复合流道水力流动特性数值分析
河流水力学的一个重要方面是速度和边界剪应力的横向分布。这些河流在其极端处呈现复合横截面的形式,这样洪水就会从河流的主河道溢出,并在洪水期间进入洪泛区。由于它们靠近河岸,高纬度和肥沃的土壤,洪泛区一直被认为是各种娱乐,商业,农业和住宅用途。因此,对洪泛区水流水力学的认识对于保护洪泛区的人类以及洪泛区的结构和设施至关重要。美国土木与结构工程研究学报(英文版):2577-5944卷3,第1期,pp: 1-10
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Using linear Chouquet integral algorithm to design optimal time-cost model in large construction projects Numerical Analysis of Hydraulic Flow Characteristics in Prismatic Compound Channels Using Flow3D Software
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