BIM在地勘与桩长选择方面应用的探索

Application of BIM in Geological Exploration and Selection of Pile Length

传统桩长设计依据地质勘探报告分析计算,量大繁琐,本文针对设计过程不足,通过BIM技术在桩设计中应用探索,构建三维地质模型,模拟地质分布情况,通过参数化建立桩模型,通地勘数据与设计数据间的传递,减少信息回溯,充分利用BIM的可视化与参数化特征,快速、动态实现桩长确定,实现基于BIM技术的三维地质模型与桩可视化设计应用。

Traditional pile length design is based on geological prospecting report analysis and calculation. It is large and cumbersome.This paper focuses on the lack of design process, uses BIM technology to explore the application of pile design, builds a three-dimensional geological model, simulates geological distribution, and establishes a pile model by parameterization. Through the transfer of geological survey data and design data, it can reduce information backtracking, make full use of BIM＇s visualization and parameterization features, and quickly and dynamically determine the length of piles, and realize the application of three-dimensional geological model and pile visual design based on BIM technology.