Civil Engineering
mostafa Amini; Ebrahim Nohani; Mohammad Hossein Noorolah Dezfouli
Abstract
Every year, a significant portion of the country's credits and financial resources are allocated to investment in civil and infrastructural projects. Risk management can prevent cost escalation and assist in completing projects within the designated time and budget. This study aims to identify factors ...
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Every year, a significant portion of the country's credits and financial resources are allocated to investment in civil and infrastructural projects. Risk management can prevent cost escalation and assist in completing projects within the designated time and budget. This study aims to identify factors contributing to the lack of implementation of risk management in small-scale civil projects in the city of Abadan. The research utilizes a descriptive method for data collection and employs exploratory factor analysis and TOPSIS analytical methods to identify and prioritize the factors. The results indicate that the influential factors in the lack of implementing risk management include four main elements (technical risk barriers, project management and leadership obstacles, construction risk barriers, financial risk barriers), among which the option of insufficient knowledge of the contractor has priority over other options.
Mostafa Pourhosein zakariaee
Volume 1, Issue 4 , September 2019, , Pages 40-52
Abstract
Risk management is an integral part of a project's success and is a process that helps identify early problems and thus take steps to prevent them from becoming real problems in the future. In this paper, multi-criteria decision making methods are used as a quantitative approach to prioritize identified ...
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Risk management is an integral part of a project's success and is a process that helps identify early problems and thus take steps to prevent them from becoming real problems in the future. In this paper, multi-criteria decision making methods are used as a quantitative approach to prioritize identified risks in the project. Finally, after reviewing the problem conditions, a multi-criteria decision-making method for ranking the project risks in fuzzy mode is introduced and the application of this approach in the water transmission line industry by using fuzzy TOPSIS method as a case study of the tropical design project - Part 2 Is located.
