Published: 2019-12-31

Application and evaluation of M-EPDG for performance analysis of Polish typical flexible and rigid pavements

Dawid Ryś , Piotr Jaskuła , Mariusz Jaczewski , Marek Pszczoła

Abstract

The main goal of the paper is to implement and evaluate the M-EPDG and the software AASHTOware to analyse the performance of new flexible and rigid pavements designed according to the Polish catalogues, which are comparable with analogous catalogues used in other European countries. For this purpose the site-specific inputs for Poland were determined and described in the paper as well as compared to the default input data used in the USA. Performance parameters delivered from M-EPDG were compared to limits of pavement distresses given in the Polish Pavement Condition Diagnostics system and confirmed good or acceptable level of distresses at the end of design period. Analysis indicated that several climatic zones for Poland should be considered for performance analysis both of flexible and rigid structures. The presented analysis can be the first stage on the way towards calibration of the M-EPDG models for Polish conditions and their adjustment to planning of maintenance treatments.

Keywords:

asphalt mixtures, axle load spectra, cement concrete, climatic data, flexible, M-EPDG, pavement design, pavement performance, rigid, semi-rigid, traffic load.

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Ryś, D., Jaskuła, P., Jaczewski, M., & Pszczoła, M. (2019). Application and evaluation of M-EPDG for performance analysis of Polish typical flexible and rigid pavements. Roads and Bridges – Drogi I Mosty, 18(4), 283–302. https://doi.org/10.7409/rabdim.019.019

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10.7409/rabdim.025.003
Magdalena Złotowska, Roman Nagórski, Krzysztof Błażejowski (2021)
Concept of Similarity Method for Prediction of Fatigue Life of Pavement Structures with HiMA Binder in Asphalt Layers. Materials, 14(3), 480.
10.3390/ma14030480
Karol Brzeziński, Paweł Ciężkowski, Kazimierz Józefiak, Sebastian Bąk, Rafał Michalczyk, Arkadiusz Kwaśniewski (2024)
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Asphalt pavement structure optimization with alternative materials. Archives of Civil Engineering, 70(3), 191-203.
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