摘要
BIM建模技术在地质勘察领域的应用目前已经开始推广,但如何让该技术更好地为复杂地质条件下的勘察工作服务还需进一步探索。为了总结在复杂地质条件下如何进行BIM建模并加以有效利用的经验,文章以实际工程项目中该技术的应用为基础进行分析,实际运用经验表明通过BIM建模可以使复杂的地质情况得到更为直观的模拟,让勘察人员发现二维图分析中难以注意到的问题,及时动态指导现场勘察工作,进而提高地质勘察工作的效率、质量和经济性。通过及时完整地将勘察数据进行三维建模,让勘察成果更好地帮助工程的正向设计。
Although the application of Building Information Modeling(BIM)in geological investigation has started gaining traction,there remains a need to delve deeper into how this technology can better serve investigation under complex geological conditions.To consolidate insights on leveraging BIM modeling effectively under complex geological conditions,this paper analyzed the application of BIM technology in real projects,and the findings show that BIM modeling enhances the visualization of complex geological conditions,enabling investigators to spot issues overlooked in 2D analyses,dynamically guiding on-site activities,and ultimately enhancing the efficiency,quality,and cost-effectiveness of geological investigation.By promptly and comprehensively converting investigation data into 3D models,the outcomes will more effectively facilitate positive design in real projects.
作者
张永生
ZHANG Yongsheng(Zunyi Water Resources and Hydropower Survey,Design and Research Institute Co.,Ltd.,Zunyi Guizhou 563002,China)
出处
《有色金属设计》
2024年第2期69-72,77,共5页
Nonferrous Metals Design
关键词
BIM建模
勘察
复杂地质条件
正向设计
BIM modeling
Investigation
Complex geological conditions
Positive design
