Clustered simulation for the simulation of large repetitive construction projects

A. Kandil, A. Ezeldin, S. Farghal, Tarek Mahfouz
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Abstract

Construction planning methods have been in continuous evolution due to the increasing complexity of construction projects. Construction simulation modeling is one of the later stages of this evolution that has received much attention in research. Many simulation based construction planning methods developed modeling methods that attempt to cluster project activities into smaller sub-models that enhance model reusability. Many of these modeling methods, however, create new modeling elements that are not familiar to traditional construction simulation modelers. Therefore, the objective of this paper is to develop a method for clustering activities of large and repetitive construction projects for enhancing the reusability of those simulation models. The developed method does not create any new modeling elements and is called Clustered Simulation Modeling (CSM). CSM was evaluated in modeling an actual large-scale repetitive construction projects, and the results have illustrated the effectiveness of the method and the proposed clustering scheme.
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聚类仿真用于大型重复施工项目的仿真
由于建筑工程的复杂性不断增加,施工规划方法也在不断发展。建筑仿真建模是这一演变的后期阶段之一,受到了研究的广泛关注。许多基于仿真的施工规划方法开发了建模方法,试图将项目活动聚类到更小的子模型中,以增强模型的可重用性。然而,这些建模方法中的许多都创建了传统建筑仿真建模者不熟悉的新建模元素。因此,本文的目标是开发一种用于大型重复建设项目的聚类活动的方法,以增强这些仿真模型的可重用性。所开发的方法不创建任何新的建模元素,称为聚类仿真建模(CSM)。在一个实际的大型重复建设项目中对CSM建模进行了评估,结果表明了该方法和所提出的聚类方案的有效性。
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