IMPACT OF BUILDING INFORMATION MODELING ON JUST-IN-TIME MATERIAL DELIVERY

ISARC

*I.A. Ocheoha, O. Moselhi

Department of Building, Civil and Environmental Engineering, Concordia University

1455 De Maisonneuve Blvd. West

Montreal, QC H3G 1M8, Canada

(*Corresponding author: alex_ocheoha@hotmail.com)

The purpose of this research is to evaluate the impact of Building Information Modeling (BIM) on Just-In-Time (JIT) material delivery, with a focus on how the use of BIM can help improve efficient implementation of JIT and reduce the cost of material management. Previous research and a number of case studies have addressed the positive impact of BIM on construction at large but none focused on JIT in construction. This paper presents a methodology for selecting reliable material vendors. It also utilises the integration of BIM and scheduling software to generate quantities of material and its required delivery time to improve the flow process and improve its reliability to minimise related delays and productivity losses arising from idle and non-productive time of equipment and labour on jobsites. 4D visualization is utilized to support coordination and timing of JIT material deliveries in an effort to minimize congestion on job sites. Case studies on JIT material deliveries are presented and the impact of BIM implementation on reducing the cost of material management is evaluated. The joint effect of BIM and JIT on quality control, elimination of waste, reduction of inventory buffers, and on relationships with material vendors are evaluated by analysing and comparing data from case studies. The paper also presents a methodology based on multi-attribute decision criteria for modelling the selection criteria for material vendors. The model can assist in ranking vendors not only based on cost and quality but also on their reliability in delivering material on time.
Keywords: Materials; Construction; quality; Projects; Waste; Wastes; Impact; Impacts; Modeling; Costs;
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