Neutrosophic Decision Framework for Performance Analysis in Construction Project Management Using the EVAMIX Method

Abstract

The performance evaluation of construction project management is the process of 
comprehensively assessing the effectiveness and efficiency of project management based on 
key indicators such as cost, schedule, quality, and safety. Through quantitative analysis and 
comprehensive evaluation, it identifies strengths and weaknesses in management, ensuring the 
achievement of project goals and providing references for future improvements. This 
evaluation not only helps optimize resource allocation but also enhances the overall level of 
project management, ensuring the project is completed on time, with quality, and efficiently. 
The performance evaluation of construction project management is multiple-attribute decision
making (MADM). Currently, the EVAMIX approach is employed to implement MADM. The 
type-2 neutrosophic sets (T2NSs) are administrated as an efficient approach for manipulating 
uncertain information during the performance evaluation of construction project management. 
In this paper, the type-2 neutrosophic number EVAMIX (T2NN-EVAMIX) approach is 
administrated for MADM. The average approach is to put forward weight information with 
T2NSs. Finally, a numerical example for performance evaluation of construction project 
management is administrated and some efficient comparisons are found to verify the T2NN
EVAMIX approach. The major contribution of this paper is administrated: (1) The average 
approach is utilized to manage the weight numbers based on T2NSs; (2) the T2NN-EVAMIX 
approach is administrated for MADM under T2NSs; (3) Finally, a numerical example for 
performance evaluation of construction project management is administrated and (4) some 
comparisons are administrated to show some advantages of T2NN-EVAMIX approach. 

DOI: 10.5281/zenodo.14525279