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Modeling quality management in construction projects

journal contribution
posted on 2013-03-01, 00:00 authored by Farnad NasirzadehFarnad Nasirzadeh, M Khanzadi, A Afshar, S Howick
This research presents a dynamic mathematical system for modeling and simulating the quality management process in construction projects. Through sets of cause and effect feedback loops, all factors that internally and externally affect the quality management process are addressed. The proposed system integrates fuzzy logic with system dynamics simulation scheme to consider the uncertainties associated with the model parameters and estimation of the extra cost and time due to quality defects. Quantification of the consequences of the quality failures is performed based on the α-cut representation of fuzzy numbers and interval analysis. The proposed approach is efficient in modeling and analyzing a quality management process which is complex and dynamic in nature and involves various uncertainties. The proposed approach is implemented in a real submarine water supply pipe line project in order to evaluate its applicability and performance. The negative impacts resulting from quality failures are simulated. These negative impacts are mitigated by the implementation of alternative solutions.

History

Journal

International journal of civil engineering

Volume

11

Issue

1

Pagination

14 - 22

Publisher

Iran University of Science and Technology

Location

Tehran, Iran

ISSN

1735-0522

eISSN

2383-3874

Language

eng

Publication classification

C Journal article; C1.1 Refereed article in a scholarly journal

Copyright notice

[2013, Iran University of Science and Technology]

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