摘 要
随着建筑工程项目日益复杂化与规模化，传统施工进度管理方法已难以满足现代工程对效率与精度的双重需求。BIM技术凭借其可视化、协同性与信息集成优势，为优化施工进度管理提供了新路径。本研究旨在探讨BIM技术在复杂建筑工程施工进度管理中的关键应用环节，并提出基于BIM的进度管理优化模型。通过文献分析、案例研究与BIM软件实操相结合的方法，构建了涵盖进度计划编制、动态监控与多方协同的BIM进度管理体系。研究结果表明，BIM技术可显著提升施工进度计划的科学性与执行过程的可控性，尤其在应对设计变更与资源调配方面表现突出。创新点在于提出了融合4D建模与关键链法的进度优化框架，并构建了适用于复杂工程的BIM协同管理机制。本研究为推动BIM技术在施工管理领域的深度应用提供了理论支持与实践参考。
关键词：BIM技术；施工进度管理；4D建模；关键链法；协同管理
ABSTRACT
With the increasing complexity and scale of construction projects, traditional methods of construction schedule management have become inadequate in meeting the dual demands of efficiency and precision in modern engineering. Building Information Modeling (BIM) technology, with its advantages in visualization, collaboration, and information integration, offers new opportunities for optimizing construction schedule management. This study aims to explore the key application aspects of BIM technology in managing construction schedules within complex architectural projects and proposes an optimized BIM-based scheduling management model. By integrating literature analysis, case studies, and hands-on operation of BIM software, a comprehensive BIM scheduling management system was developed, covering schedule planning, dynamic monitoring, and multi-party collaboration. The research findings indicate that BIM technology significantly enhances the scientific rigor of construction scheduling and improves controllability during execution, particularly in responding to design changes and resource allocation. The innovation lies in the proposed fr amework that integrates 4D modeling with the critical chain method for schedule optimization, as well as the development of a BIM-based collaborative management mechanism tailored for complex construction projects. This study provides both theoretical support and practical references for the deeper application of BIM technology in the field of construction management.
Keywords: BIM Technology; Construction Schedule Management; 4D Modeling; Critical Chain Method; Collaborative Management
目 录
摘 要 I
ABSTRACT II
第1章 绪论 2
1.1 研究背景与意义 2
1.2 国内外研究现状综述 2
1.3 研究内容与方法 2
第2章 BIM技术在复杂建筑工程中的应用特征分析 4
2.1 复杂建筑工程施工进度管理的难点 4
2.2 BIM技术的核心功能及其优势 4
2.3 BIM在施工进度管理中的典型应用场景 4
2.4 BIM技术实施的关键影响因素 5
第3章 基于BIM的施工进度计划优化模型构建 6
3.1 施工进度计划编制的BIM数据基础 6
3.2 进度计划优化模型的设计思路 6
3.3 模型在复杂工程中的适用性验证 6
3.4 优化模型的实际应用效果评估 7
第4章 BIM技术在施工进度动态控制中的应用策略 8
4.1 施工进度动态监控的技术路径 8
4.2 基于BIM的进度偏差识别机制 8
4.3 实时信息反馈与协同管理机制 8
4.4 应用案例分析与经验总结 9
第5章 面向复杂工程的BIM进度管理集成平台设计 10
5.1 平台架构与功能模块设计 10
5.2 数据交互与系统集成方案 10
5.3 平台在多参与方协作中的作用 10
5.4 平台应用前景与推广建议 11
结论 12
参考文献 13
致 谢 14
