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Rutting Performance on Different Asphalt Mixtures

Adnan, Čehajić

Abstract Rutting is main type of road pavement distress. Rutting longitudinal depressions in wheel path caused by repeated heavy traffic load, shear failure in asphalt layer or both. Prediction of rutting development is essential for efficient management of road pavements. This paper presents a rutting performance on different asphalt mixtures. Three asphalt mixtures are made and tested in wheel tracking test. Knowledge from these tests, in future, will be used for developing a model for prediction a rutting progression in asphalt layer of road pavement.

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Rutting Performance on Different Asphalt Mixtures

Adnan, Čehajić

Abstract Rutting is main type of road pavement distress. Rutting longitudinal depressions in wheel path caused by repeated heavy traffic load, shear failure in asphalt layer or both. Prediction of rutting development is essential for efficient management of road pavements. This paper presents a rutting performance on different asphalt mixtures. Three asphalt mixtures are made and tested in wheel tracking test. Knowledge from these tests, in future, will be used for developing a model for prediction a rutting progression in asphalt layer of road pavement.

Rutting Performance on Different Asphalt Mixtures

Adnan, Čehajić

Abstract Rutting is main type of road pavement distress. Rutting longitudinal depressions in wheel path caused by repeated heavy traffic load, shear failure in asphalt layer or both. Prediction of rutting development is essential for efficient management of road pavements. This paper presents a rutting performance on different asphalt mixtures. Three asphalt mixtures are made and tested in wheel tracking test. Knowledge from these tests, in future, will be used for developing a model for prediction a rutting progression in asphalt layer of road pavement.

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Title:

Rutting Performance on Different Asphalt Mixtures

Contributors:

Adnan, Čehajić (author)

Published in:

Advanced Technologies, Systems, and Applications III ; 224-229

Lecture Notes in Networks and Systems ; 60

Publication date:

2018-11-04

Size:

6 pages

ISBN:

978-3-030-02577-9 , 978-3-030-02576-2

ISSN:

2367-3370 , 2367-3389

DOI:

https://doi.org/10.1007/978-3-030-02577-9_22

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Rutting , Asphalt mixtures , Wheel tracking test , Prediction Engineering , Computational Intelligence , Artificial Intelligence (incl. Robotics)

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