Fuzzy Mathematics-Based Evaluation Method for Comprehensive River Improvement Project Benefits

For the evaluation of the construction effect of engineering projects, this study combines the comprehensive evaluation index system and fuzzy mathematical methods, and improves the calculation process of the fuzzy matrix. A fuzzy mathematical method for the evaluation of river comprehensive improve...

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Published in:IEEE access 2024, Vol.12, p.126344-126355
Main Authors: Xiong, Conghui, Fang, Dan, Zou, Xuebing, Yu, Wei
Format: Article
Language:English
Subjects:
Biological system modeling
Comprehensive improvement
economic benefits
Economics
evaluation system
Filling
fuzzy mathematics
Fuzzy systems
Indexes
Indicators
Mathematical models
Project benefits
Regulation
Rivers
Symbols
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creator Xiong, Conghui
Fang, Dan
Zou, Xuebing
Yu, Wei
description For the evaluation of the construction effect of engineering projects, this study combines the comprehensive evaluation index system and fuzzy mathematical methods, and improves the calculation process of the fuzzy matrix. A fuzzy mathematical method for the evaluation of river comprehensive improvement project is proposed. The results indicate that the comprehensive evaluation of river improvement benefits needs to start from four directions: engineering benefits, ecological benefits, economic benefits, and social benefits, with target layer weights of 0.2904, 0.4755, 0.0586, and 0.1755, respectively. The expert evaluation results indicate that most evaluation indicators of the project have a rating value greater than 5 points, and some indicators have a rating value of 8 points or above. This indicates that the evaluation samples for comprehensive river improvement in the research area perform well in most indicators and achieve good improvement results. The comprehensive evaluation index belongs to the second category of fuzzy values, and the effect of the river comprehensive improvement project is relatively ideal, which is consistent with the actual evaluation. The results indicate that this method converts qualitative indicators into quantitative indicators, making the evaluation results more comparable and quantifiable, which helps to promote the effective implementation of river regulation work.
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subjects Biological system modeling
Comprehensive improvement
economic benefits
Economics
evaluation system
Filling
fuzzy mathematics
Fuzzy systems
Indexes
Indicators
Mathematical models
Project benefits
Regulation
Rivers
Symbols
title Fuzzy Mathematics-Based Evaluation Method for Comprehensive River Improvement Project Benefits
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