Application of AHP Based on Entropy Weight for Risk Identification in Bridge Construction

Author:

Li Qing Fu1,Cong Ping1,Yang Hong Tao2,Li Hai Feng3

Affiliation:

1. Zhengzhou University

2. Henan Sky-Land Properties Development co., ltd

3. School of water conservancy and environmental engineering

Abstract

The evaluations on the same factor from different experts, based on AHP, are not identical, and some even far cry, because the evaluation may be effected by the knowledge, experience and emotion of the experts. To remedy this shortage, this paper established a hierarchical analysis model based on entropy. In the model, entropy value represents the uncertainty of the results. And entropy weight reflects the contribution of every expert in the assessment. Then comprehensive combination weights of the factors are determined, reflecting the importance of every factor. Applying the method, the risk factors in some bridge construction were analyzed, and, the conclusion has important significance for correct risk countermeasures and smooth construction.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference7 articles.

1. Z. F. Ling, J. J. Zhang, K. Y. Yang: submitted to Journal of North China Institute of Water Conservancy and Hydroelectric Power Vol. 27 (2006). p.100.

2. J. Zhang: Study on Risk Analysis Method of Long-span Bridges during Construction (Tongji University, China 2007).

3. C. L. Gong: Construction Risk Analysis and Countermeasures Research of Long Span Cable-Stayed Bridges (Tongji University, China 2007).

4. Y. H. Qiu: Management Decision-Making and Applied Entropy (Mechanic industry Press, China 2002), p.226.

5. F. Tian: Study on Fuzzy Comprehensive Evaluation of Sluice Based on AHP, Entropy Endowing and Variable Weight Method (Tianjin University, China 2008).

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