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Analysis of various parameters affecting weir design and fabrication of Weirs: An Overview

机译:影响堰设计和制造的各种参数分析:概述

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Several geometric parameters influence weir discharge and it is explained in our present study. The PK weir is more efficient than rectangular labyrinth weir due to reduction in entrance losses of PK weir inlet key geometry. PK weir is a type of labyrinth weir with variation in angle. Therefore, in this paper we also discuss about labyrinth weir. PKW are compatible for constructing on existing or new spillway with lesser space requirement and structural stability. PKW are installed in order to increase the discharge capacity for a given footprint area. PKW is used to increase the overflow capacity of existing dams such as, Hazelmare dam (South Africa), Dartmouth dam (Australia). Trapezoidal piano key weirs have higher discharge efficiency than rectangular weirs and it is due to interference wedge. Cd of TPKW is influenced by L/W but Wi/Wo has least effect.
机译:几个几何参数影响堰的流量,在我们的研究中对此进行了解释。 PK堰比矩形迷宫堰更有效,因为它减少了PK堰入口键几何形状的入口损失。 PK堰是一种迷宫堰,其角度变化。因此,在本文中,我们还将讨论迷宫堰。 PKW适用于在现有或新的溢洪道上进行施工,具有较小的空间要求和结构稳定性。为了增加给定占地面积的放电容量,安装了PKW。 PKW用于增加现有大坝的溢流能力,例如,Hazelmare大坝(南非),Dartmouth大坝(澳大利亚)。梯形钢琴键堰具有比矩形堰更高的放电效率,这是由于干涉楔引起的。 TPKW的Cd受L / W影响,但Wi / Wo影响最小。

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