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A platform for research: civil engineering, architecture and urbanism
Energy dissipation method for completing debris flow treatment and rapid accumulation
The invention discloses an energy dissipation method for completing debris flow treatment and rapid accumulation, which is characterized in that debris flow fluid is guided from two sides of a channel to the middle position, and energy dissipation of the debris flow fluid is completed by means of repeated impact of an arranged energy dissipation sill in the middle position of the channel. The debris flow energy dissipation device can more efficiently complete energy dissipation treatment on debris flow, guide the debris flow to rapidly complete accumulation, and avoid damage to revetment structures on the two sides of a debris flow channel and on-shore buildings.
本发明公开了一种完成泥石流治理快速堆积的消能方法，其特征在于，将泥石流流体从沟道两侧往中间位置引导，并在沟道中间位置依靠设置的消能槛反复撞击完成对泥石流流体的消能。本发明能够更加高效地完成对泥石流的消能处理，引导其快速完成堆积，避免对泥石流沟道两侧护岸结构以及岸上建筑物的破坏。
Energy dissipation method for completing debris flow treatment and rapid accumulation
The invention discloses an energy dissipation method for completing debris flow treatment and rapid accumulation, which is characterized in that debris flow fluid is guided from two sides of a channel to the middle position, and energy dissipation of the debris flow fluid is completed by means of repeated impact of an arranged energy dissipation sill in the middle position of the channel. The debris flow energy dissipation device can more efficiently complete energy dissipation treatment on debris flow, guide the debris flow to rapidly complete accumulation, and avoid damage to revetment structures on the two sides of a debris flow channel and on-shore buildings.
本发明公开了一种完成泥石流治理快速堆积的消能方法，其特征在于，将泥石流流体从沟道两侧往中间位置引导，并在沟道中间位置依靠设置的消能槛反复撞击完成对泥石流流体的消能。本发明能够更加高效地完成对泥石流的消能处理，引导其快速完成堆积，避免对泥石流沟道两侧护岸结构以及岸上建筑物的破坏。
Energy dissipation method for completing debris flow treatment and rapid accumulation
一种完成泥石流治理快速堆积的消能方法
WANG YUNXING (author) / SHI XIANGYANG (author) / ZHOU ZIQIANG (author) / HUANG YONGTING (author) / JIA XUEMEI (author)
2023-09-19
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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