BIM技术在工程进度管理中应用分析  

ANALYSIS OF THE APPLICATION OF BIM TECHNOLOGY IN ENGINEERING SCHEDULE MANAGEMENT

作　　者：王永奇 李孝泽 申亮 王俊峰 马周钰 周诗坤 WANG Yongqi;LI Xiaoze;SHEN Liang;WANG Junfeng;MA Zhouyu;ZHOU Shikun(China Railway 21 First Group Baoji Technology New City Vital Peninsula Project Department,Shanxi Baoji 721300,China)

机构地区：[1]中铁二十一局宝鸡科技新城活力半岛项目部,陕西宝鸡721300

出　　处：《低温建筑技术》2025年第3期123-127,共5页Low Temperature Architecture Technology

摘　　要：随着信息技术手段不断多元化,面对日益复杂的工程项目,建筑行业开始与信息技术深度融合,以提高施工效率和质量。BIM技术作为实现项目管理可视化的数字信息技术,通过整合工程项目的各项物理属性和功能属性,实现从设计到施工,再到运维的信息连续整合与动态更新,以便对施工过程进行优化。文中通过构建工程项目的4D模型,探讨BIM技术在工程进度控制中的应用,揭示BIM技术在提升施工效率、减少建设周期以及实现工程进度精细化管理方面的作用。研究结果表明,BIM技术在工程进度管理中的应用提升了管理效率和项目质量,4D模型在提高施工效率和缩短工期方面具有显著作用,且BIM技术推动了工程管理向数字化、智能化的转型,应用前景广阔。As information technology continues to diversify,the construction industry is integrating it more deeply to improve efficiency and quality in increasingly complex engineering projects.Building Information Modeling(BIM),a digital information technology that enables project management visualization,integrates the physical and functional attributes of engineering projects to achieve continuous information integration and dynamic updates from design to construction and operation,optimizing the construction process.This study explores the application of BIM in construction progress control by developing a 4D model,highlighting its role in improving efficiency,reducing project duration,and enabling refined progress management.The results indicate that BIM enhances management efficiency and project quality,while the 4D model significantly improves construction efficiency and shortens project timelines.Furthermore,BIM is driving the transformation of construction management toward digitalization and intelligence,with broad application prospects.

关 键 词：BIM技术 工程进度管理 4D模型 信息连续整合 

分 类 号：TU323.1[建筑科学—结构工程]