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Fuzzy decision support model for the selection of contractor in construction works
Author(s) -
Cemil Akçay,
Ekrem Manisalı
Publication year - 2018
Publication title -
revista de la construcción
Language(s) - English
Resource type - Journals
eISSN - 0718-915X
pISSN - 0717-7925
DOI - 10.7764/rdlc.17.2.258
Subject(s) - call for bids , procurement , scope (computer science) , context (archaeology) , public sector , competition (biology) , business , order (exchange) , quality (philosophy) , transparency (behavior) , fuzzy logic , investment (military) , revenue , turkish , risk analysis (engineering) , computer science , economics , finance , marketing , philosophy , economy , computer security , artificial intelligence , ecology , biology , paleontology , epistemology , programming language , law , linguistics , political science , politics
DOI: 10.7764/RDLC.17.2.258 The major employer in Turkish construction sector is the public and the selection of contractor within the public sector is implemented in accordance with the regulations. Sound utilization of public resources in developing countries with certain development plans is very important; also the establishment of transparency and competition in public procurement increases saving and encourages the correct usage of tax revenues. Within this context, keeping the quality while increasing the level of competition and having successful public investments will be possible by selecting the most ideal contractor. The key for success in public investments on construction projects is to provide the minimum project cost with the ability to reach at the required quality level within the determined period; and therefore some criteria other than the amount of bid should be determined for construction tenders and the evaluation should be one within the scope of such criteria in order to select the contractor. A fuzzy logic methodology is used within the scope of this study, in which the criteria except the price are evaluated with the help of a model and the verbal terms are modeled.

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