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    Preliminary studies to use textile fibers obtained from recycled tires to reinforce asphalt mixtures

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    Preliminary studies to use textile fibers obtained from recycled tires to reinforce asphalt mixtures.pdf (915.7Kb)
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    Artigo de Periódico
    Date
    2018
    Author
    Pais, Jorge C.
    Ferreira, António
    Santos, Caio Rubens
    Pereira, Paulo A. A.
    Lo Presti, Davide
    Metadata
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    Abstract
    Abstract The use of crumb rubber in the modification of asphalt has occurred because of the problems related to disposal of scrap tires. However, the use of scrap tires in asphalt pavements, known as asphalt rubber pavements, can minimize environmental impacts and maximize conservation of natural resources. The textile fibers from recycled tires are typically disposed of in landfills or used in energetic valorization, but similar to other fibers, they can be used as a valuable resource in the reinforcement of engineering materials such as asphalt mixtures. Thus, this work aims at studying the use of textile fibers recycled from ground tires in the reinforcement of conventional asphalt mixtures. The application of textile fibers from ground tires was evaluated through laboratory tests on specimens extracted from slabs produced in the laboratory. Indirect tensile tests were performed on a series of nine asphalt mixtures with different fiber and asphalt contents and compared with a conventional mixture. The results obtained from a 50/70 pen asphalt were used to define three asphalt mixture configurations to be used with 35/50 pen asphalt. The results indicate that the textile fibers recycled from used tires can be a valuable resource in the reinforcement of asphalt mixtures.
    1. Asphalt Materials and Technology
    2. Fiber Reinforced Concrete in Civil Engineering
    3. Natural Fiber Reinforced Polymer Composites
    4. Asphalt Materials and Technology
    5. Civil and Structural Engineering
    6. Engineering
    7. Physical Sciences
    8. Scrap
    9. Waste Tire Rubber
    10. Textile
    11. Asphalt
    12. Fiber Surface Modification
    13. Crumb rubber
    14. Fiber Reinforced Concrete
    15. Bitumen Modification
    16. Asphalt pavement
    17. Asphalt
    18. Scrap
    19. Natural rubber
    20. Materials science
    21. Textile
    22. Crumb rubber
    23. Composite material
    24. Asphalt pavement
    25. Waste management
    26. Fiber
    27. Environmental science
    28. Engineering
    29. Metallurgy
    30. Acesso Aberto
    URI
    https://openalex.org/W2919026569
    https://doi.org/10.2478/rjti-2018-0009
    https://repositorio.maua.br/handle/MAUA/1779
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