Mechanistic-empirical model to predict transverse joint faulting of bonded concrete overlays of asphalt
JW DeSantis, S Sen… - Road Materials and …, 2023 - Taylor & Francis
Transverse joint faulting is a distress observed in bonded concrete overlays of asphalt
pavements (BCOAs). However, to date, there is no predictive faulting model for BCOAs …
pavements (BCOAs). However, to date, there is no predictive faulting model for BCOAs …
[PDF][PDF] Bonded concrete overlay of asphalt pavements mechanistic-empirical design guide (BCOA-ME)
Bonded Concrete Overlay of Asphalt (BCOA) pavements is a robust rehabilitation solution
for moderately damaged asphalt pavements, which can increase the service life by 10-20 …
for moderately damaged asphalt pavements, which can increase the service life by 10-20 …
Improved artificial neural networks for predicting the response of unbonded concrete overlays in a faulting prediction model
JW DeSantis, NR Buettner… - … Journal of Pavement …, 2022 - Taylor & Francis
Transverse joint faulting is a common distress that develops in unbonded concrete overlays
(UBOLs). In the previous predictive faulting model for UBOLs, artificial neural networks …
(UBOLs). In the previous predictive faulting model for UBOLs, artificial neural networks …
Faulting Model Improvements for MEPDG
Accurate joint transverse faulting prediction is essential for proper pavement design.
Departments of transportation are encouraged to evaluate, recalibrate, and even modify the …
Departments of transportation are encouraged to evaluate, recalibrate, and even modify the …