Sustainable Cost Management and Risk Evaluation in Prefabricated Infrastructure Projects under the Neutrosophic Bonferroni Mean Operator

Abstract

 The advent of prefabricated infrastructure has introduced a transformative shift in the 
construction sector, emphasizing speed, efficiency, and environmental consciousness. However, 
the economic and risk-related complexities tied to large-scale prefabrication demand a deeper 
exploration of sustainable cost management practices. This study aims to examine how 
systematic risk evaluation can be integrated into cost management frameworks to improve the 
financial and operational sustainability of prefabricated infrastructure projects. We use the multi
criteria decision-making (MCDM) approach to Sustainable Cost Management and Risk 
Evaluation in Prefabricated Infrastructure Projects. This study uses eight criteria and six 
alternatives to be evaluated. Three experts evaluate the criteria and alternatives. The RANCOM
ARTASI framework is used to compute the criteria weights and rank the alternatives. 

DOI: 10.5281/zenodo.15229667