Publication | Closed Access
Reliability-based initial pavement performance deterioration modelling
22
Citations
18
References
2011
Year
Highway PavementEngineeringPavement DesignDeterioration ModelingReliability EngineeringData ScienceUncertainty QuantificationManagementSystems EngineeringBayesian RegressionTransportation EngineeringStatisticsService Life PredictionReliabilityTime Series PredictorsPredictive AnalyticsPavement ManagementReliability PredictionForecastingBayesian StatisticsReliability ModellingCivil EngineeringModel ReliabilityConstruction Engineering
Abstract This paper presents an approach for incorporating reliability on initial performance prediction models developed from as little as two time series predictors. It employs a novel methodology to provide apparent ages as surrogate of condition and, in addition, applies multilevel Bayesian regression to calibrate mechanistic empirical models to local conditions. This paper develops an international roughness index deterministic performance model for the Costa Rica road network and, further shows the procedure for obtaining a probabilistic multilevel Bayesian model which includes distributions of the mechanistic parameters and confidence intervals for the predicted performance. Bayesian statistics are also deployed for calibrating pavement strength coefficients to local observations. Keywords: performance modelmultilevel Bayesian regressionparameters estimationpavement deterioration Notes 1. donath@unb.ca Additional informationNotes on contributorsDonath Mrawira 1
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