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BIM-assisted labor productivity measurement method for structural formwork

机译:BIM辅助的结构模板劳动生产率测量方法

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摘要

Knowledge of labor productivity is essential for cost estimation and progress control. Due to the limited availability of automatic generation technology for integrated information including both physical component attributes (such as spatial information) and managerial attributes (such as allocated resources), research efforts focusing on cost-time integrated progress control theory have been sparse. However, current advances in 3D building information modeling (BIM) applications have allowed for the practical development of BIM-based visual progress control systems. The goal of this research is to explore the importance of labor productivity data for measuring compound progress. Therefore, this paper develops a field labor productivity data acquisition method by integrating a 3D model with associated information. To evaluate the proposed method, a case project and field data were used to assess productivity. The results of this research are discussed in terms of significant findings and potential further developments.
机译:劳动生产率的知识对于成本估算和进度控制至关重要。由于自动生成技术对于集成信息(包括物理组件属性(例如空间信息)和管理属性(例如分配的资源))的可用性有限,因此针对成本-时间集成进度控制理论的研究工作很少。但是,3D建筑信息模型(BIM)应用程序的最新进展已允许基于BIM的视觉进度控制系统的实际开发。这项研究的目的是探索劳动生产率数据对于衡量复合进度的重要性。因此,本文通过将3D模型与相关信息集成在一起,开发了现场劳动生产率数据获取方法。为了评估所提出的方法,使用了一个案例项目和现场数据来评估生产率。从重大发现和潜在的进一步发展方面讨论了这项研究的结果。

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