Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
River channel slope protection pile plate supporting system and construction method thereof
The river channel slope protection pile-slab supporting system comprises a plurality of supporting piles, the supporting piles are arranged along a river bank at intervals, and the bottoms of the supporting piles are fixed below the bottom face of a river channel; the prefabricated plates are fixed between the adjacent supporting piles, and the two ends of each prefabricated plate are fixedly connected with the supporting piles in a sealed mode. A plurality of prefabricated slabs are arranged between the adjacent supporting piles in the vertical direction at intervals, pouring cavities are formed between the vertically adjacent prefabricated slabs, and concrete is poured in the pouring cavities so that the vertically adjacent prefabricated slabs can be fixedly connected in a sealed mode. According to the pile-slab supporting system, the supporting piles and the prefabricated slabs are firmly connected and sealed, the adjacent prefabricated slabs are firmly connected and sealed, and therefore the pile-slab supporting system is high in overall structural strength, can bear large lateral pressure and well fixes and protects soil on the two sides of a river channel; the pile plate supporting system can resist scouring of water flow, and the situation that water flow impacts soil on the two sides of a river channel through the pile plate supporting system, and soil loss is caused is prevented.
本发明涉及一种河道护坡桩板支撑体系及其施工方法，包括支护桩，支护桩沿河岸间隔设置多根，支护桩底部固定于河道底面以下；预制板固定在相邻支护桩之间，预制板的两端分别与支护桩密封固定连接；在相邻支护桩之间，预制板沿上下方向间隔设置有若干块，上下相邻的预制板之间形成浇筑腔，浇筑腔浇筑有混凝土以实现上下相邻预制板的密封固定连接；本发明中的桩板支撑体系支护桩与预制板之间的连接密封牢固，相邻预制板之间的连接密封牢固，从而桩板支撑体系整体结构强度较高，能够承受较大的侧向压力，对河道两边的土壤进行良好的固定和防护；本发明的桩板支撑体系能够抵抗水流的冲刷，防止水流通过桩板支撑体系冲击河道两边的土壤，造成土壤流失。
River channel slope protection pile plate supporting system and construction method thereof
The river channel slope protection pile-slab supporting system comprises a plurality of supporting piles, the supporting piles are arranged along a river bank at intervals, and the bottoms of the supporting piles are fixed below the bottom face of a river channel; the prefabricated plates are fixed between the adjacent supporting piles, and the two ends of each prefabricated plate are fixedly connected with the supporting piles in a sealed mode. A plurality of prefabricated slabs are arranged between the adjacent supporting piles in the vertical direction at intervals, pouring cavities are formed between the vertically adjacent prefabricated slabs, and concrete is poured in the pouring cavities so that the vertically adjacent prefabricated slabs can be fixedly connected in a sealed mode. According to the pile-slab supporting system, the supporting piles and the prefabricated slabs are firmly connected and sealed, the adjacent prefabricated slabs are firmly connected and sealed, and therefore the pile-slab supporting system is high in overall structural strength, can bear large lateral pressure and well fixes and protects soil on the two sides of a river channel; the pile plate supporting system can resist scouring of water flow, and the situation that water flow impacts soil on the two sides of a river channel through the pile plate supporting system, and soil loss is caused is prevented.
本发明涉及一种河道护坡桩板支撑体系及其施工方法，包括支护桩，支护桩沿河岸间隔设置多根，支护桩底部固定于河道底面以下；预制板固定在相邻支护桩之间，预制板的两端分别与支护桩密封固定连接；在相邻支护桩之间，预制板沿上下方向间隔设置有若干块，上下相邻的预制板之间形成浇筑腔，浇筑腔浇筑有混凝土以实现上下相邻预制板的密封固定连接；本发明中的桩板支撑体系支护桩与预制板之间的连接密封牢固，相邻预制板之间的连接密封牢固，从而桩板支撑体系整体结构强度较高，能够承受较大的侧向压力，对河道两边的土壤进行良好的固定和防护；本发明的桩板支撑体系能够抵抗水流的冲刷，防止水流通过桩板支撑体系冲击河道两边的土壤，造成土壤流失。
River channel slope protection pile plate supporting system and construction method thereof
一种河道护坡桩板支撑体系及其施工方法
YE YUSHAN (Autor:in) / FENG DAKUO (Autor:in) / YAN YAZHAO (Autor:in) / HU BIN (Autor:in)
15.07.2022
Patent
Elektronische Ressource
Chinesisch
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