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A platform for research: civil engineering, architecture and urbanism
Fluidic solidified soil bearing platform structure and manufacturing method
The invention provides a flow-state solidified soil bearing platform structure which comprises a bearing platform and a detachable template which are sequentially arranged from top to bottom, the bearing platform comprises an upper reinforcement layer, a middle truss structure, a lower reinforcement layer and a flow-state solidified soil pouring body, the upper reinforcement layer, the middle truss structure, the lower reinforcement layer and the flow-state solidified soil pouring body are sequentially arranged from top to bottom, and the space between the middle truss structure and the detachable template is filled with EPS geofoam; cement mixing pile groups; and a bearing layer. The invention further provides a manufacturing method of the flow-state solidified soil bearing platform structure. The bearing platform and the cement mixing pile group are arranged on the bearing layer, and are matched with the EPS geofoam and the detachable formwork to pour and fill the flow state solidified soil, so that the problem that an existing soft soil roadbed reinforcing technology cannot be suitable for high-water-content soft stratum construction is effectively solved, the bearing capacity and the stability are improved, continuous maintenance and construction are not needed, and the construction cost is reduced. Meanwhile, a high-water-content sludge layer is not treated, so that the manufacturing cost is reduced, and the construction period is shortened.
本发明提供一种流态固化土承台结构，包括由上而下依次设置的：承台，包括从上而下依次设置的上部加筋层、中部桁架结构部桁架结构、下部加筋层以及填充于承台内的流态固化土浇筑体，中部桁架结构与可拆卸模板之间填充有EPS土工泡沫；水泥搅拌桩群；持力层。本发明还提供了一种流态固化土承台结构的制作方法。本发明通过在持力层上设置承台和水泥搅拌桩群，配合EPS土工泡沫和可拆卸模板进行流态固化土浇筑和填充，有效解决了现有软土路基加固技术无法适用于高含水率软弱地层施工的问题，提升了承载力和稳定性，无需持续维护施工，同时不处理高含水率的淤泥层，降低了造价，加快了施工周期。
Fluidic solidified soil bearing platform structure and manufacturing method
The invention provides a flow-state solidified soil bearing platform structure which comprises a bearing platform and a detachable template which are sequentially arranged from top to bottom, the bearing platform comprises an upper reinforcement layer, a middle truss structure, a lower reinforcement layer and a flow-state solidified soil pouring body, the upper reinforcement layer, the middle truss structure, the lower reinforcement layer and the flow-state solidified soil pouring body are sequentially arranged from top to bottom, and the space between the middle truss structure and the detachable template is filled with EPS geofoam; cement mixing pile groups; and a bearing layer. The invention further provides a manufacturing method of the flow-state solidified soil bearing platform structure. The bearing platform and the cement mixing pile group are arranged on the bearing layer, and are matched with the EPS geofoam and the detachable formwork to pour and fill the flow state solidified soil, so that the problem that an existing soft soil roadbed reinforcing technology cannot be suitable for high-water-content soft stratum construction is effectively solved, the bearing capacity and the stability are improved, continuous maintenance and construction are not needed, and the construction cost is reduced. Meanwhile, a high-water-content sludge layer is not treated, so that the manufacturing cost is reduced, and the construction period is shortened.
本发明提供一种流态固化土承台结构，包括由上而下依次设置的：承台，包括从上而下依次设置的上部加筋层、中部桁架结构部桁架结构、下部加筋层以及填充于承台内的流态固化土浇筑体，中部桁架结构与可拆卸模板之间填充有EPS土工泡沫；水泥搅拌桩群；持力层。本发明还提供了一种流态固化土承台结构的制作方法。本发明通过在持力层上设置承台和水泥搅拌桩群，配合EPS土工泡沫和可拆卸模板进行流态固化土浇筑和填充，有效解决了现有软土路基加固技术无法适用于高含水率软弱地层施工的问题，提升了承载力和稳定性，无需持续维护施工，同时不处理高含水率的淤泥层，降低了造价，加快了施工周期。
Fluidic solidified soil bearing platform structure and manufacturing method
一种流态固化土承台结构及制作方法
JIANG LIBAO (author) / WANG ZISHUAI (author) / WANG DONGXING (author) / YANG SHUGUO (author) / LUO HANYU (author) / SHI XIAOMING (author) / JI ZHONGYUN (author) / TANG XIAOWEN (author) / LIU TONGYU (author) / XU HENG (author)
2023-11-28
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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