Comparison and Selection of Vibration Reduction and Reinforcement Schemes Based on Analytic Hierarchy Process
In recent years,vibration has constantly appeared in buildings,and corresponding vibration reduction and reinforcement schemes have been proposed for vibration,but there may be difficulties in construction and high cost.Considering the safety and economy,the analytic hierarchy process is introduced into the comparison and selection of vibration reduction and reinforcement schemes,and the vibration reduction and reinforcement schemes are selected taking into account the above factors.A hierarchical model is built considering many factors,and is quantitatively analyzed to give weight to each scheme,so as to determine the optimal scheme.This paper studies the comparison and selection of an existing vibration reduction and reinforcement scheme.The research shows that this method can take into account multiple factors and select the optimal scheme,and verify its applicability and effectiveness.This method can be applied to the selection of vibration reduction and reinforcement schemes under multiple factors.
analytic hierarchy processhierarchical modelstructural vibrationcomparison and selection of vibration reduction and reinforcement schemes
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