潰壩時潰口流量與水位關係之研究

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Title:	潰壩時潰口流量與水位關係之研究
Other Titles:	Discharge-water stage relationship at dam-break site
Authors:	許德宙;Hus, De-Jou
Contributors:	淡江大學水資源及環境工程學系碩士班許中杰;Hsu, Chung-Chieh
Keywords:	潰壩;潰口流量;Dam-Break;Discharge at Dam-Break site;FLUENT
Date:	2012
Issue Date:	2012-06-21 06:49:08 (UTC+8)
Abstract:	本研究應用模型試驗及數值模擬分析潰壩時潰口流量與水位之關係，試驗之潰壩模型置於底床波降S0=0.001、長12.00m及寬0.775m而渠壁深0.70m之直線渠槽下游端。潰口形狀為矩形。壩體設置可分為三層，第一層為潰口形狀，第二層為一較潰口最大寬度寬之左右對稱雙開門板，第三層為一可向上抽離之隔板。並設定殘留壩高W=0.250m、W=0.166m、W=0.125m、W=0.100m和W=0.000m以模擬非完全潰壩之現象。本研究利用FLUENT商業軟體建立非恆態流之模式，以紊流模式依據三維模型進行潰壩模擬，其模擬條件與試驗條件相同，並將模擬結果與試驗結果比較分析。 In this study use the model and simulation analysis of discharge-water stage relationship at dam-break site. The dam-break model to placed on straight channel downstream. The experiment was conducted in flume 12.00m long, 0.775m wide and 0.7m high with bed slope=0.001. Shape of dam-break is rectangular. Dam is divided into three levels, the first level is the shape of dam-break, the second level is the gate and the third level is the vertical sliding gate. The test set residual dam W=0.250m high, W=0.166m high, W=0.125m high, W=0.100m high and no residual dam. In this study use the FLUENT to establish the unsteady flow numerical model. Simulate the dam-break by turbulence model based on three-dimensional model. The simulation conditions and model conditions are the same. Comparative and analysis of simulation and experimental results.
Appears in Collections:	[Graduate Institute & Department of Water Resources and Environmental Engineering] Thesis

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