Construction Safety Evaluation Based on Extension Theory

Mao Sheng Yang; Lei Liu

doi:10.4028/www.scientific.net/AMR.368-373.1273

Paper Titles

A Spectral Representation Model for Simulation of Multivariate Random Processes
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Prediction of the Ground Settlements Induced by Shallow-Buried Subway Tunneling in the Loess Region
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Bonding Mechanism of Horizontal Construction Joints
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Research Review of Dynamic Characteristics of Saturated Sand Pebble Soil
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Construction Safety Evaluation Based on Extension Theory
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Research on Organization Structure Adaptability of Real Estate Enterprise Based on Analytical Hierarchy Process and Grey System Theory
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Analysis and Assessment of Lishan Potential Landslide of China
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Performances Analysis of Tall Concrete Frames on the Ground Fissure Field
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Strategy Research of Landscape Construction of Green Village Settlement — Take Ansai as an Example
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 368-373Construction Safety Evaluation Based on Extension...

Construction Safety Evaluation Based on Extension Theory

Abstract:

In order to assess the standardization of safety accurately and objectively, this paper establishes the safety evaluation index system for the building construction according to engineering experience. The weight of each index is decided reasonably by the Analytic Hierarchy Process. Based on extension theory, the evaluation matter —element model for evaluation of construction safety is established, and the extensional evaluation method with correlative functions is put forward. Thus, construction safety is systematically evaluated. Finally it verified by project example, the result proves its feasibility.