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A platform for research: civil engineering, architecture and urbanism
Construction method of anti-floating anchor rod in complex karst development area based on BIM (Building Information Modeling)
The invention discloses a construction method of an anti-floating anchor rod in a complex karst development area based on BIM, and belongs to the field of construction of the anti-floating anchor rod, and the construction method comprises the following specific steps: (1) collecting related information to construct each group of engineering models; (2) designing anchor point positions to construct each group of anchor rod models; (3) performing cascade analysis on the matching degree of the karst position and the drilling model; (4) feeding back each group of generated data to the management platform for checking; (5) optimizing the performance of the management platform and analyzing and detecting the log data of the management platform; according to the method, the number of the anchor rod can be automatically given, the length of the anchor rod can be finely determined under the condition that the bedrock surface of the complex karst area fluctuates greatly, the matching degree of the karst position and the drilling model can be visually fed back to workers, the operation memory of a management platform can be effectively compressed, and the management efficiency is improved. The connection stability of the management platform and the terminal equipment is ensured, and the use experience of workers is improved.
本发明公开了一种基于BIM在复杂岩溶发育区抗浮锚杆的施工方法，属于抗浮锚杆施工领域，该施工方法具体步骤如下：(1)采集相关信息以构建各组工程模型；(2)设计锚点位置以构建各组锚杆模型；(3)对岩溶位置与钻孔模型匹配程度进行级联分析；(4)将生成的各组数据反馈至管理平台以供查看；(5)优化管理平台性能并对其日志数据进行分析检测；本发明能够实现锚杆编号的自动赋予，同时在复杂岩溶区基岩面起伏大情况下，能够对锚杆长度进行精细化确定，且能够直观地向工作人员反馈岩溶位置与钻孔模型的匹配程度，能够有效的对管理平台运行内存进行压缩，保证管理平台与终端设备的连接稳定性，提高工作人员使用体验。
Construction method of anti-floating anchor rod in complex karst development area based on BIM (Building Information Modeling)
The invention discloses a construction method of an anti-floating anchor rod in a complex karst development area based on BIM, and belongs to the field of construction of the anti-floating anchor rod, and the construction method comprises the following specific steps: (1) collecting related information to construct each group of engineering models; (2) designing anchor point positions to construct each group of anchor rod models; (3) performing cascade analysis on the matching degree of the karst position and the drilling model; (4) feeding back each group of generated data to the management platform for checking; (5) optimizing the performance of the management platform and analyzing and detecting the log data of the management platform; according to the method, the number of the anchor rod can be automatically given, the length of the anchor rod can be finely determined under the condition that the bedrock surface of the complex karst area fluctuates greatly, the matching degree of the karst position and the drilling model can be visually fed back to workers, the operation memory of a management platform can be effectively compressed, and the management efficiency is improved. The connection stability of the management platform and the terminal equipment is ensured, and the use experience of workers is improved.
本发明公开了一种基于BIM在复杂岩溶发育区抗浮锚杆的施工方法，属于抗浮锚杆施工领域，该施工方法具体步骤如下：(1)采集相关信息以构建各组工程模型；(2)设计锚点位置以构建各组锚杆模型；(3)对岩溶位置与钻孔模型匹配程度进行级联分析；(4)将生成的各组数据反馈至管理平台以供查看；(5)优化管理平台性能并对其日志数据进行分析检测；本发明能够实现锚杆编号的自动赋予，同时在复杂岩溶区基岩面起伏大情况下，能够对锚杆长度进行精细化确定，且能够直观地向工作人员反馈岩溶位置与钻孔模型的匹配程度，能够有效的对管理平台运行内存进行压缩，保证管理平台与终端设备的连接稳定性，提高工作人员使用体验。
Construction method of anti-floating anchor rod in complex karst development area based on BIM (Building Information Modeling)
一种基于BIM在复杂岩溶发育区抗浮锚杆的施工方法
YANG HUANG (author) / LIU ZHIQIANG (author) / XIANG YUANSHENG (author) / XU XINGWEI (author) / QIU JIANJUN (author) / MENG CHENGXIANG (author) / LU XIYING (author) / DUAN SUXING (author) / CHEN FEIHANG (author) / YAO CHENGYU (author)
2023-06-30
Patent
Electronic Resource
Chinese
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