Abstract

The construction industry has been adopting building information modeling (BIM) to enhance project and social performance. However, it is difficult to address and assess how integrating BIM into construction can support improving social performance. Thus, this study developed a system dynamics (SD) model to evaluate the social performance of BIM-integrated construction management. The proposed model aims to demonstrate the dynamic behavior of social indicators in construction and their interrelationships. The developed model was simulated under the different scenarios by different levels of BIM implementations. As a result, levels 2 and 3 of BIM implementation can enhance social performance by 26% and 45%, respectively. This study is limited to develop the SD model and assessing the performance without the vaildation through case study. However, this study can contribute to developing the simulation model to address how the BIM can affect the social performance in the construction industry.

中文翻译：

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用于评估建筑项目中BIM实施的社会绩效的计算仿真模型

摘要

建筑行业一直在采用建筑信息模型（BIM）来增强项目和社会绩效。但是，很难解决和评估将BIM集成到建筑中如何支持改善社会绩效。因此，本研究开发了一种系统动力学（SD）模型来评估BIM集成施工管理的社会绩效。该模型旨在证明社会指标在构建过程中的动态行为及其相互关系。通过不同级别的BIM实现，在不同的场景下对开发的模型进行了仿真。结果，BIM实施的第2级和第3级可以分别将社会绩效提高26％和45％。这项研究仅限于开发SD模型并通过案例研究评估性能而无须付出任何代价。然而，