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Experimental investigations on the stability of riprap layers on overtoppable earthdams

机译:倾覆土坝跳石层稳定性的试验研究。

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摘要

In Germany small dams (< 10 m) on flood retention reservoirs are often provided with an overtoppable dam section for flood relief. In case of overtopping a protection of the dam body is absolutely mandatory as the mainly cohesive dam material is not capable to withstand the affecting erosive forces of the flow. There is a big number of possibilities how to protect the dam whilst overtopping. Some of the most common construction types of slope protection layers for a sufficient dam protection such as riprap and placed stones, have been tested in large scale physical models at the Hydraulic Laboratory at Universitat Stuttgart. Thereby different experiments for the failure scenarios "erosion of single stones", "sliding of the protection layer" as well as "disruption of the protection layer" have been conducted and analysed aiming to find some design criteria for the construction of such dams.
机译:在德国,防洪蓄水池上的小水坝(<10 m)通常设有可溢洪的坝段。万一发生溢流,必须对坝体进行保护,因为主要是粘结性的坝材料不能承受水流的侵蚀力。如何保护越过大坝的可能性很大。斯图加特大学水力实验室已在大型物理模型中对一些最能实现大坝保护的最常见的坡面保护层建筑类型(例如翻石和石块)进行了测试。因此,针对“单石侵蚀”,“保护层滑动”以及“保护层破坏”的破坏情景进行了不同的实验,并进行了分析,旨在找到建造此类大坝的一些设计标准。

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