Step-type ecological landscape dam suitable for urban rivers and its construction method
A technology for ecological landscapes and dams, applied in dams, water resources protection, embankments, etc., can solve problems such as the inability to meet the needs of sustainable development of rivers, solve ecological environment governance problems, restore connectivity, and reduce upstream silt the effect of
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Embodiment 2
[0071] Compared with the step-type ecological landscape retaining dam built in Example 2, the backwater in front of the dam is not reduced much, and the backwater in front of the dam is compared as shown in Table 1, which can meet the water storage requirements.
[0072] Table 1: Upstream backwater volume of different types of dams under different inflow conditions (m 3 )
[0073]
Condition 1
Condition 2
Condition 3
Example 1
1291070
2100750
2301700
Example 2
942050
1774350
2000550
[0074] In Embodiment 3 of the present invention, according to the topographic data of the river course in a certain city, the topography on both sides of the river course, the flood peak flow, the design flood level, etc., referring to the design specification of the rubber dam, the dam body construction position is selected, and the width L of the river course at the dam site is determined as 24.3m and the height H of the dam body...
Embodiment 4
[0084] Compared with the step-type ecological landscape retaining dam suitable for urban rivers built in Example 4, the backwater in front of the dam is not reduced much, and the backwater in front of the dam is compared as shown in Table 2, which can meet the water storage requirements.
[0085] Table 2: Upstream backwater volume of different types of dams under different inflow conditions (m 3 )
[0086]
[0087] The numerical simulation results show that the stepped ecological landscape retaining dam described in the above examples 2 and 4 can form a water drop landscape on the one hand under different water inflow conditions, and on the other hand, its energy dissipation effect is relatively low. Excellent, the maximum energy dissipation rate can reach 71%. The opening design of the barrage makes the water depth on both sides of the barrage have a relatively lag step change, which restores the spatial connectivity of the river, which is conducive to the supply o...
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