OVERALL EVALUATION OF GEOTECHNICAL HAZARD BASED ON FUZZY SET THEORY

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概要

• 論文の詳細を見る

• In land zoning and resources extraction industry, hazard delineation normally constitutes an essential element in the processes of planning and engineering operations. The basic requirements for hazard delineation are increased safety and effective operations, and the most common method of hazard delineation involving multiple criteria is the overlay method.In this paper, fuzzy set operations are proposed as a tool to synthesize hazard indices of grid points or zones from a set of overlay plan maps. The proposed synthesis or aggregation procedure is based on the subjective nature of hazard index assessment and the multiple criteria associated with the overlay maps. These multiple criteria are nomally complex for analysis by conventional mathematical approaches, and are assumed here to be generally non-interactive.The procedure is simple to use, suitable for general multicriteria modelling and can be readily implemented on a computer.

• 社団法人地盤工学会の論文
• 1985-12-15

著者

• Nguyen Van

  Department Of Animal Bioscience And Biotechnology Konkuk University

• Nguyen Van

  Department Of Civil And Mining Engineering University Of Wollongong

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• OVERALL EVALUATION OF GEOTECHNICAL HAZARD BASED ON FUZZY SET THEORY

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