The mechanical response of dry-process polymer wastes modified asphalt under ageing and moisture damage

Asphalt concrete; Concrete mixtures; Deformation; Lime; Moisture; Rubber; Tensile strength; Long-term aging; Modified asphalts; Moisture conditioning; Moisture conditioning, permanent deformation; Moisture damage; Permanent deformations; Plastics waste; Polymer wastes; Rubberized asphalt; Waste plas...

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Bibliographic Details
Main Authors: Radeef H.R., Hassan N.A., Katman H.Y., Mahmud M.Z.H., Abidin A.R.Z., Ismail C.R.
Other Authors: 57222323865
Format: Article
Published: Elsevier Ltd 2023
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Summary:Asphalt concrete; Concrete mixtures; Deformation; Lime; Moisture; Rubber; Tensile strength; Long-term aging; Modified asphalts; Moisture conditioning; Moisture conditioning, permanent deformation; Moisture damage; Permanent deformations; Plastics waste; Polymer wastes; Rubberized asphalt; Waste plastic; Mixtures