摘要
基于Revit建模软件,批量提取地质勘察报告CAD柱状图中的数据,生成三维地质模型,可精准模拟土层和岩层分布,实现地质条件可视化。同时,通过BIM技术校核设计参考桩长,保证数据准确性,为施工入岩、终孔决策提供支持。通过对比参考桩长和实际桩长数据,进行成本管理。结合三维地质模型,将工程桩按照不同区域进行归类,辅助划分工程桩检验批,以直观表现各区地质情况,确定桩检测值。
Based on Revit modeling software,geological exploration report CAD histogram data is extracted,generating a three⁃dimensional geological model,which accurately simulates the distribution of soil layers and rock layers,and realizes the visualization of geological conditions.Through BIM technology to check the design reference pile length,the accuracy of the data is ensured,which provides support for the rock entry and the decision of hole completion.By the data comparison between the reference pile length and the actual pile length,cost management is carried out.The 3D geological model is used to classify according to the different region.The auxiliary division of engineering pile inspection lot can directly show the geological conditions of each region,and determine the pile detection value.
作者
梁孟孟
钱光耀
建阳阳
李志刚
龙祝仙
LIANG Mengmeng;QIAN Guangyao;JIAN Yangyang;LI Zhigang;LONG Zhuxian(CSCEC 7th Division International Engineering Co.,Ltd.,Guangzhou,Guangdong 510080,China)
出处
《施工技术（中英文）》
CAS
2023年第17期12-15,共4页
Construction Technology
基金
山东省科技计划项目(2013024268)。
关键词
桩基
三维地质模型
参数
可视化
建筑信息模型
检测
piles
3D geological model
parameters
visualization
building information modeling(BIM)
detection
作者简介
梁孟孟,西南经理部总工程师,工程师,E⁃mail:1003887331@qq.com。
