复杂地质地下工程施工中的BIM技术应用研究  

Research on BIM Technology in Construction of Complex Geological Underground Engineering

作　　者：李正明 Zhengming Li(China Building Research Institute Co.,Ltd.Foundation Research Institute,Beijing,100013,China)

机构地区：[1]中国建筑科学研究院有限公司地基基础研究所,北京100013

出　　处：《工程设计与施工》2024年第8期112-114,共3页Engineering Design and Construction

摘　　要：伴随着城市的快速发展,地下工程正逐渐成为现代城市建设的核心部分。然而,由于其经常遭遇复杂的地形与建造环境,传统的手工操作及科技方法往往无法满足这种需求。而BIM是一种新型的信息处理方式,它能显著提高地下项目的执行速度和品质。论文主要讨论了BIM技术如何能在复杂地质条件下对地下工程产生积极影响的研究。在复杂的地质环境下,BIM技术的运用为地下工程建设带来了明显的效益。它的信息整合能力、3D视觉效果、参数化的规划设计以及碰撞测试功能都有效地提高了项目执行的管理效率与精准度。With the rapid development of the city,underground engineering is gradually becoming the core part of modern urban construction.However,due to its often encountered complex terrain and construction environment,the traditional manual operation and technological methods often fail to meet this demand.BIM is a new type of information processing method,which can significantly improve the execution speed and quality of underground projects.This paper mainly discusses the research on how the use of BIM technology can have a positive impact on underground engineering under complex geological conditions.Under the complex geological environment,the application of BIM technology has brought obvious benefits to the underground engineering construction.Its information integration ability,3D visual effect,parameterized planning and design,and crash test function all effectively enhance the management efficiency and accuracy of project execution.

关 键 词：复杂地质 地下工程 BIM 

分 类 号：TU1[建筑科学—建筑理论]