Investigating the Factors Affecting Reduction of Construction Waste Production in Massive Projects Using Fuzzy Logic

Document Type : Research Article

Author

Payame Noor University Department of…kraj

Abstract
Abstract
The present study was conducted to investigate the reduction factors of construction waste in folding logistic projects in Sirjan city. The statistical population of this research includes contractors and engineers and all factors related to construction. The sample consists of 86 people who were selected by simple random sampling method. The instrument used in this research is a researcher-made questionnaire and a 9-factor questionnaire fuzzy ahp. Five hypotheses are the modernization of the construction industry. Proper design and consistent adaptation to changing needs. Proper storage and transportation methods and the use of recyclable materials, which proved these assumptions. An expert questionnaire has been reviewed to prioritize these hypotheses, and the criteria for each of their hypotheses have been identified. The results showed that storing and transportation of first and second rank and proper design and updating of the construction industry and the use of recycled materials are respectively from the highest to the lowest priority, and according to the criteria according to the type of order and fit with the climate conditions, the lack of coordination in the design and Implementing and using industrial methods and reuse of recyclable materials are more important than other components of their group. Once priorities are identified, management can make better decisions and plans to reduce construction waste, as well as information from well-known experts who use the system as
A decision support system.

Keywords

1.http://mcenter.blogfa.com.Tohed pasandh 1391
2.Shokouyan M. Najafian Razavi A (2111) Management and Solutions for Reducing Environmental Contamination of Construction
Wastes and Their Recycling Sixth National Congress on Civil Engineering May 6th and 7th, Semnan University
3.Weisheng Lu HY. A framework for understanding waste management studies in construction.Waste Management 2111;31: 1252–61.
4.Weisheng Lu HYb, Jingru Li, Jane J.L. Hao, Xuming Mi, Zhikun Ding. An empirical investigation of construction and demolition
waste generation rates. Waste Management 2111;31
5.Agyekum K. Minimizing materials wastage at the construction stage of a project through the implementation of lean construction a.
2112.
6..Oyeshola Femi Kofoworol SHG. Estimation of construction
waste generation and management in Thailand. Waste Management. 2119;29: 731–8.
7.forotani, Sam( 2117) Materials and Building, Fourth Edition, Rosen Publishing, Tehran.
8. http://elmology.ir/building nasari, Yasir, , Introduction to Lightweight Design, Tehran 2115
9.Davood Nia, Saman,(2115) New Building Technology Studies, Prefabricated Building, Tehran.
11.Fatemeh Sadat Hosseini, Saeid Mohammadi Yazdi (2112) Applications of Nanotechnology in the Construction Industry in Germany.
Translated and edited by: Nanotechnology Development Specialized Headquarters
11.Rezaei, Mojtaba( 2114) Waste of Materials in Construction Projects, Arta Publishing, Tehran, December 9, 2115
12. Ministry of Roads and City PlanningSohrab Vishe (2114) Instructions and Checklist on Building and Building Materials in Public and
Public Buildings and Facilities
13.Kasco, Bart(2111) Fuzzy Thinking, Translation, Ghaffari, Dr. Ali, et al., Khajehnesir Al-Din Toosi University Press, Second Bahman
Publication
14.Abra Dorah, Hussein( 2117) Fuzzy Observations in the Processing of Data Related to Earthquake Preliminary, Institute of
Geophysics, University of Tehran
15.Manhaj, Mohammad Bagher; 2117, Fuzzy Computing, Amir Kabir University of Technology (Tehran Polytechnic)
  • Receive Date 29 April 2019
  • Revise Date 08 June 2019
  • Accept Date 17 June 2019
  • First Publish Date 17 June 2019
  • Publish Date 22 May 2019