Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
In-wall drainage type retaining wall comprehensively utilizing geosynthetics and construction method
The invention discloses an in-wall drainage type retaining wall comprehensively utilizing geosynthetics and a construction method. The in-wall drainage type retaining wall comprises an in-wall drainage system, a soil retaining stress structure and a wall body structure. The in-wall drainage system is composed of a geotechnical drainage pipe, geotechnical cloth, a geomembrane, a drainage bin, a drainage groove and a water collecting well. The soil retaining stress structure is composed of precast concrete hollow square piles and geogrids. The wall body structure is composed of a wall panel, a wall core and a wall eave. The functions of seepage prevention, reverse filtration, drainage, reinforcement and the like of the geosynthetics are utilized, the multiple geosynthetics and the prefabricated concrete hollow square piles are adopted to build an in-wall drainage system and a soil retaining stress structure, wall structures such as wall panels are only used for aesthetic design, all the structure components are clear in division of labor, and the construction cost is low. And construction quality and engineering safety are guaranteed through design parameter calculation optimization, the structure is novel, materials are environmentally friendly, design and construction are integrated, and the method is particularly suitable for various scenes such as park landscapes and urban culture construction.
本发明公开了综合利用土工合成材料的墙内排水式挡土墙及施工方法，包括墙内排水系统、挡土受力结构和墙体结构。墙内排水系统由土工排水管、土工布、土工膜、排水仓、排水槽和集水井组成；挡土受力结构由预制混凝土空心方桩和土工格栅组成；墙体结构由墙面板、墙蕊和墙檐组成。本发明利用土工合成材料的防渗、反滤、排水、加筋等功能，采用多种土工合成材料和预制混凝土空心方桩组建成墙内排水系统和挡土受力结构，墙面板等墙体结构仅用于美观性设计，各结构组成分工明确，并通过设计参数计算优化保证施工质量和工程安全，具有结构新颖，材料环保，设计施工一体化等优点，特别适用于公园景观和城市文化建设等多种场景。
In-wall drainage type retaining wall comprehensively utilizing geosynthetics and construction method
The invention discloses an in-wall drainage type retaining wall comprehensively utilizing geosynthetics and a construction method. The in-wall drainage type retaining wall comprises an in-wall drainage system, a soil retaining stress structure and a wall body structure. The in-wall drainage system is composed of a geotechnical drainage pipe, geotechnical cloth, a geomembrane, a drainage bin, a drainage groove and a water collecting well. The soil retaining stress structure is composed of precast concrete hollow square piles and geogrids. The wall body structure is composed of a wall panel, a wall core and a wall eave. The functions of seepage prevention, reverse filtration, drainage, reinforcement and the like of the geosynthetics are utilized, the multiple geosynthetics and the prefabricated concrete hollow square piles are adopted to build an in-wall drainage system and a soil retaining stress structure, wall structures such as wall panels are only used for aesthetic design, all the structure components are clear in division of labor, and the construction cost is low. And construction quality and engineering safety are guaranteed through design parameter calculation optimization, the structure is novel, materials are environmentally friendly, design and construction are integrated, and the method is particularly suitable for various scenes such as park landscapes and urban culture construction.
本发明公开了综合利用土工合成材料的墙内排水式挡土墙及施工方法，包括墙内排水系统、挡土受力结构和墙体结构。墙内排水系统由土工排水管、土工布、土工膜、排水仓、排水槽和集水井组成；挡土受力结构由预制混凝土空心方桩和土工格栅组成；墙体结构由墙面板、墙蕊和墙檐组成。本发明利用土工合成材料的防渗、反滤、排水、加筋等功能，采用多种土工合成材料和预制混凝土空心方桩组建成墙内排水系统和挡土受力结构，墙面板等墙体结构仅用于美观性设计，各结构组成分工明确，并通过设计参数计算优化保证施工质量和工程安全，具有结构新颖，材料环保，设计施工一体化等优点，特别适用于公园景观和城市文化建设等多种场景。
In-wall drainage type retaining wall comprehensively utilizing geosynthetics and construction method
综合利用土工合成材料的墙内排水式挡土墙及施工方法
CEN WEIJUN (Autor:in) / HU JIANG (Autor:in) / WANG LIBO (Autor:in) / WANG MINGMING (Autor:in) / WANG SHUWEN (Autor:in) / LI BINGHUI (Autor:in) / WANG GANGPENG (Autor:in) / ZHAO YEWEN (Autor:in)
30.06.2023
Patent
Elektronische Ressource
Chinesisch
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