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Enhancement of Energy Dissipation by Using Different Shape of Baffle Block - A Review

机译:使用不同形状的挡板块增强能量耗散 - 评论

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Energy dissipation is a crucial issue relating to the safety of the hydraulic structure. When water flows in high velocity, such structures have the harmful effect of converting the potential energy gained in the upstream side to kinetic energy in thedownstream side. This energy must he dissipated shortly and safely as near as possible to the head structure to avoid its destructive effect. Baffle block is one of the efficient appurtenances that have a capacity in reducing the flow momentum that willdecrease the flow velocity. Using baffle block is the main technique for accelerating the hydraulic jump formation and dissipating a great amount of the residual harmful kinetic energy occurring at the downstream of the spillway, channel or stilling basin. This paper reviews the experimental studies that have been done by previous researchers concerning the existence of the baffle block in the open channel and stilling basin.
机译:能量耗散是与液压结构安全有关的重要问题。 当水流动高速时,这种结构具有将在上游侧的上游侧的潜在能量转化为动能的有害效果。 这种能量必须尽可能近尽可能靠近头部结构来消散,以避免其破坏性效果。 挡板是具有减少流量流速的流动量的能力的高效附属物之一。 使用挡板是用于加速液压跳跃形成并消散在溢洪道,通道或静脉盆地下游发生的大量残留有害动能的主要技术。 本文审查了以前研究人员在开放通道和静脉盆地中存在挡板块的实验研究。

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