Non-Linear Response of Structures to Characteristic Loading Scenarios

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Title: Non-Linear Response of Structures to Characteristic Loading Scenarios
Authors: Hajializadeh, Donya
O'Brien, Eugene J.
Enright, Bernard
Sheils, Emma
Permanent link: http://hdl.handle.net/10197/4069
Date: 17-Jun-2012
Abstract: To assess the safety of an existing bridge, the traffic loads to which it may be subjected in its lifetime need to be accurately quantified. In this paper the 75 year characteristic maximum traffic load effects are found using a carefully calibrated traffic load simulation model. To generate the bridge loading scenarios, an extensive weigh in motion (WIM) database, from three different European countries, is used. Statistical distributions for vehicle weights, inter-vehicle gaps and other characteristics are derived from the measurements, and are used as the basis for Monte Carlo simulations of traffic representing many years. An advantage of this “long-run” simulation approach is that it provides information on typical extreme traffic loading scenarios. This makes possible a series of nonlinear finite element analyses of a reinforced concrete bridge to determine the response to typical characteristic maximum loadings.
Type of material: Conference Publication
Copyright (published version): 2012, authors
Keywords: Weigh in motion;Bridge loads;Monte Carlo simulation
Language: en
Status of Item: Not peer reviewed
Conference Details: EMI/PMC Joint Conference of the Engineering Mechanics Instiatue and the 11th ASCE Joint Specialty Conference on Probalistic Mechanics and Structural Reliability, June 17-20, 2012, Notre Dame, USA
Appears in Collections:Civil Engineering Research Collection

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