A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rapid pile matching method for end bearing piles in building pile foundation construction
The invention discloses a rapid pile matching method for end bearing piles in building pile foundation construction. The rapid pile matching method comprises the following steps that a geological BIM and an end bearing pile foundation BIM of a building project are created correspondingly and are integrated, and the pile length of the end bearing piles are uniformly set; the distance from the bottoms of all end bearing pile to the supporting layer is calculated in batches by adopting a software tool, and the depth of the pile foundation of each end bearing pile extending into the supporting layer is added; and the pile length set by each end bearing pile is extended in a unified mode to calculate the distance and the depth, so that each pile is enabled to meet the requirements of a pile foundation construction drawing, the length of each end bearing pile is derived, and the result is the pile length of each end bearing pile estimated according to the exploration data. According to the method, the defects of a traditional end bearing pile matching mode are overcome, the distance between each end bearing pile and the geological bearing stratum is calculated in batches, it is guaranteed that the distance between each end bearing pile and the geological bearing stratum meets the construction requirement, the pile length calculation and adjustment speed is increased, a basis is provided for project fine management, and the pile matching operation efficiency and precision are effectively improved.
本发明公开了一种用于建筑桩基施工中端承桩的快速配桩方法，本方法分别创建建筑项目的地质BIM模型和端承桩桩基BIM模型并进行整合，统一设定端承桩的桩长，采用软件工具批量计算每根端承桩底部到持力层的距离并加上端承桩桩基深入持力层的深度，将每根端承桩统一设定的桩长延长计算距离和深入深度，使每根桩满足桩基施工图纸的要求，导出每根端承桩的长度，即是根据勘探数据估算的每根端承桩桩长。本方法克服传统端承桩配桩方式的缺陷，批量计算每根端承桩到地质持力层的距离，保证每根端承桩与地质持力层的距离符合施工要求，加快桩长的计算和调整速度，为项目精细化管理提供依据，有效提高配桩作业效率和精度。
Rapid pile matching method for end bearing piles in building pile foundation construction
The invention discloses a rapid pile matching method for end bearing piles in building pile foundation construction. The rapid pile matching method comprises the following steps that a geological BIM and an end bearing pile foundation BIM of a building project are created correspondingly and are integrated, and the pile length of the end bearing piles are uniformly set; the distance from the bottoms of all end bearing pile to the supporting layer is calculated in batches by adopting a software tool, and the depth of the pile foundation of each end bearing pile extending into the supporting layer is added; and the pile length set by each end bearing pile is extended in a unified mode to calculate the distance and the depth, so that each pile is enabled to meet the requirements of a pile foundation construction drawing, the length of each end bearing pile is derived, and the result is the pile length of each end bearing pile estimated according to the exploration data. According to the method, the defects of a traditional end bearing pile matching mode are overcome, the distance between each end bearing pile and the geological bearing stratum is calculated in batches, it is guaranteed that the distance between each end bearing pile and the geological bearing stratum meets the construction requirement, the pile length calculation and adjustment speed is increased, a basis is provided for project fine management, and the pile matching operation efficiency and precision are effectively improved.
本发明公开了一种用于建筑桩基施工中端承桩的快速配桩方法，本方法分别创建建筑项目的地质BIM模型和端承桩桩基BIM模型并进行整合，统一设定端承桩的桩长，采用软件工具批量计算每根端承桩底部到持力层的距离并加上端承桩桩基深入持力层的深度，将每根端承桩统一设定的桩长延长计算距离和深入深度，使每根桩满足桩基施工图纸的要求，导出每根端承桩的长度，即是根据勘探数据估算的每根端承桩桩长。本方法克服传统端承桩配桩方式的缺陷，批量计算每根端承桩到地质持力层的距离，保证每根端承桩与地质持力层的距离符合施工要求，加快桩长的计算和调整速度，为项目精细化管理提供依据，有效提高配桩作业效率和精度。
Rapid pile matching method for end bearing piles in building pile foundation construction
用于建筑桩基施工中端承桩的快速配桩方法
ZHANG XIONG (author) / XU NING (author) / YAO YUHANG (author) / SUN QIANWEI (author) / YANG GUANG (author) / ZHANG PEI (author)
2021-04-23
Patent
Electronic Resource
Chinese
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