The present work aims at determining the conditions for the compaction of cold recycled mixtures with emulsion and 100% RAP. Additionally, the influence of the emulsion and cement on the final properties of the recycled mixtures has been investigated. To achieve these purposes, reclaimed asphalt material coming from the milling of a distressed pavement was mixed with different proportions of water, asphalt emulsion and cement. The mixtures were compacted by a gyratory compactor. As a result of the investigation, it is recommended to apply a compaction energy level of 100 gyrations for specimens 100 mm diameter and 60 mm height, and an energy of 200 gyrations for specimens 100 mm diameter and 100 mm height. As for the mechanical properties of the mixtures, the laboratory tests showed that the presence of cement contributes to improving the sensitivity to water attack, the resistance to permanent deformations, the stiffness modulus and the fatigue life of the mixtures.

目前的工作旨在确定使用乳液和100％RAP压实冷再生混合物的条件。另外，已经研究了乳液和水泥对再循环混合物的最终性能的影响。为了实现这些目的，将来自磨碎路面的再生沥青材料与不同比例的水，沥青乳液和水泥混合。通过旋转压实机将混合物压实。作为研究的结果，建议对直径为100毫米，高度为60毫米的试样施加100回转的压实能级，对于直径为100毫米，高度为100毫米的试样，施加200回转的能级。至于混合物的机械性能，