Conflict Resolution in Construction Projects Using Nonzero-Sum Fuzzy Bimatrix Games
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The large damages that result from construction conflicts due to delays, cost overruns and decreasing productivity justify developing new models and decision support systems for resolving conflicts in large construction projects. Since most games take place in uncertain environments, the payoffs cannot be exactly assessed in many real-world problems. In these games, the uncertainty is mainly due to the inaccuracy of information and fuzzy comprehension of situations by players. In such cases, it is reasonable to model the problems as games with fuzzy payoffs. In this paper, two methodologies are proposed for conflict resolution in construction projects using nonzero-sum games with fuzzy payoffs. The first methodology transforms the original matrix game into a family of its α-cut equivalents. The second methodology introduces fuzzy goals for payoffs in order to incorporate ambiguity of player’s judgments. In this game, each player tries to maximize the degree of attainment of his fuzzy goal. The methodologies are applied to a large oil project in the Persian Gulf. The results show that the proposed methodology can be effectively used for resolving contractual conflicts between owners and contractors in a construction project.
KeywordsConstruction disputes Fuzzy bimatrix games Conflict resolution Bilinear programming Fuzzy payoff
This study was partially supported by Pars Oil and Gas Company, Iran. The contribution of managers and experts of this company as well as the technical contribution of Dr. Tahmasb Mazaheri are hereby acknowledged.
- Aliahmadi A, Sadjadi SJ, Jafari-Eskandari M (2011) Design a new intelligence expert decision making using game theory and fuzzy AHP to risk management in design, construction, and operation of tunnel projects (case studies: resalat tunnel). Int J Adv Manuf Technol 53(5):789–798CrossRefGoogle Scholar
- Barrie DS, Paulson BC (1992) Professional construction management: including CM, design-construct and general contracting, 3rd edn. McGraw-Hill Inc, New YorkGoogle Scholar
- Ho SP (2001) Real options and game theoretic valuation, financing, and tendering for investments on build-operate-transfer projects. Ph.D. thesis, Department of Civil and Environmental Engineering, University of Illinois at Urbana–Champaign, Urbana, ILGoogle Scholar