Research on Construction Safety Management of High-Rise Buildings Based on the Grey Hierarchy Evaluation Model

Hong Wei Tian

doi:10.4028/www.scientific.net/AMR.919-921.1477

Paper Titles

Highway Project Investment Risk Factors and its Mechanism: Empirical Studies Based on Structural Equation Model
p.1457

Matrix Method Application on the Civil Engineering Project Management
p.1462

New Ideas to Resolve Construction GFA Specification
p.1466

Research on Construction Engineering Quality Supervision Based on Artificial Neural Network
p.1471

Research on Construction Safety Management of High-Rise Buildings Based on the Grey Hierarchy Evaluation Model
p.1477

Research on Cost Control of Infrastructure Project with Prior Operation Function in Design Phase
p.1482

Research on Important Process of Project Monitoring and Control
p.1489

The Evaluation Model of Bridge Construction Safety Management Variable Fuzzy Sets
p.1494

The Performance Evaluation of Construction Safety Supervision Based on Evidence Theory
p.1499

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Research on Construction Safety Management of High-Rise Buildings Based on the Grey Hierarchy Evaluation Model

Abstract:

Based on the principle of “4M1E” in management, the article first built a reasonable evaluation index system of construction safety management of high-rise buildings, and then put forward a grey hierarchy evaluation model using the combination of the AHP method and the grey appraisal theory. The results of case verification show that this method can assign the importance priority sequence of safety management measures, and reduce the subjectivity of evaluation, which is significant for the improvement of safety level in the future.