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Fabricated bamboo foundation system suitable for village and town buildings and construction method thereof
The invention discloses a fabricated bamboo foundation system suitable for village and town buildings and a construction method thereof. By changing the material composition, the construction form and the manufacturing process of a conventional cast-in-place foundation, foundation assembly can be achieved while the bearing capacity of a novel bamboo foundation is guaranteed, meanwhile, compared with a conventional cast-in-place foundation construction process, the manufacturing process of the foundation is simpler and more convenient, line production and batch production are easy, the manufacturing cost can be greatly reduced, and the manufacturing period can be greatly shortened. According to a terzaghi ultimate bearing capacity theory of a strip-shaped foundation, when the strip-shaped foundation completely exerts the bearing capacity, the disturbance range of the strip-shaped foundation on a surrounding soil body is 5-7 times of the width of the foundation, therefore when a plurality of strip-shaped foundations are arranged side by side, and a gap between every two adjacent strip-shaped foundations is within the range, the linkage effect can be exerted, and the bearing capacity of the foundation is increased. Therefore, under the condition that the rigidity use requirement is met, compared with a cast-in-place foundation, the fabricated bamboo foundation system has the characteristics that the manufacturing cost is reduced, the manufacturing time is remarkably shortened, and good economic benefits are achieved.
本发明公开了一种适用于村镇建筑的装配式竹制基础体系及其施工方法,本发明通过改变常规现浇基础的材料组成、构造形式和制造工艺,使新型竹制基础能够在保证承载力的同时实现基础装配化,同时该基础的制造流程较常规现浇基础施工流程而言更为简便,易于流水作业和批量生产,其制造成本和制造周期可以大幅降低。太沙基条形基础极限承载力理论,条形基础完全发挥承载力时对周围土体的扰动范围为基础宽度的5~7倍,因而当数个条形基础并排布置,且相邻两条形基础的缝隙在此范围内则会发挥联动效应从而增加基础的承载力。因此本发明在满足刚度使用要求的条件下,与现浇基础相比,具有降低制造成本,显著缩短制造时间和良好的经济效益的特点。
Fabricated bamboo foundation system suitable for village and town buildings and construction method thereof
The invention discloses a fabricated bamboo foundation system suitable for village and town buildings and a construction method thereof. By changing the material composition, the construction form and the manufacturing process of a conventional cast-in-place foundation, foundation assembly can be achieved while the bearing capacity of a novel bamboo foundation is guaranteed, meanwhile, compared with a conventional cast-in-place foundation construction process, the manufacturing process of the foundation is simpler and more convenient, line production and batch production are easy, the manufacturing cost can be greatly reduced, and the manufacturing period can be greatly shortened. According to a terzaghi ultimate bearing capacity theory of a strip-shaped foundation, when the strip-shaped foundation completely exerts the bearing capacity, the disturbance range of the strip-shaped foundation on a surrounding soil body is 5-7 times of the width of the foundation, therefore when a plurality of strip-shaped foundations are arranged side by side, and a gap between every two adjacent strip-shaped foundations is within the range, the linkage effect can be exerted, and the bearing capacity of the foundation is increased. Therefore, under the condition that the rigidity use requirement is met, compared with a cast-in-place foundation, the fabricated bamboo foundation system has the characteristics that the manufacturing cost is reduced, the manufacturing time is remarkably shortened, and good economic benefits are achieved.
本发明公开了一种适用于村镇建筑的装配式竹制基础体系及其施工方法,本发明通过改变常规现浇基础的材料组成、构造形式和制造工艺,使新型竹制基础能够在保证承载力的同时实现基础装配化,同时该基础的制造流程较常规现浇基础施工流程而言更为简便,易于流水作业和批量生产,其制造成本和制造周期可以大幅降低。太沙基条形基础极限承载力理论,条形基础完全发挥承载力时对周围土体的扰动范围为基础宽度的5~7倍,因而当数个条形基础并排布置,且相邻两条形基础的缝隙在此范围内则会发挥联动效应从而增加基础的承载力。因此本发明在满足刚度使用要求的条件下,与现浇基础相比,具有降低制造成本,显著缩短制造时间和良好的经济效益的特点。
Fabricated bamboo foundation system suitable for village and town buildings and construction method thereof
一种适用于村镇建筑的装配式竹制基础体系及其施工方法
LIU RUN (Autor:in) / ZHANG ZHEN (Autor:in) / PENG JIAJUN (Autor:in)
04.06.2021
Patent
Elektronische Ressource
Chinesisch
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