The reduction in the ability of bitumen to bond with the aggregate surface due to the
infiltration of moisture has been recognised for years, and this deterioration phenomenon is …

Warm Mix Asphalt (WMA) technology has become increasingly popular in pavement
construction because of its environmental benefits and its ability to improve the engineering …

The existing research on the moisture damage resistance of asphalt pavement in salt and
acid erosion environments is mostly indirect tensile tests based on asphalt mixture scale …

Moisture damage has been reported as one of the main forms of distress in asphalt mixtures
since the 1900s. The bond between asphalt aggregate constituents fails in the presence of …

The paper provides a review of mix design, construction temperature determination,
performance and life-cycle assessment (LCA) of WMA mixtures. The mix design of WMA …

Identifying the properties of the bond strength between aggregates and asphalt binders is
critical to understand the strength and fracture behavior of asphalt mixture. Some efforts …

The rheological properties of asphalt materials (asphalt binder and mastic) and asphalt-filler
interactions play critical roles in the performance of asphalt mixtures. However, the …

Increased moisture susceptibility has been identified as one of the potential failures for warm-
mix asphalt (WMA). In order to critically understand the moisture damage mechanism, the …

Although the use of waxes in bitumen modification is not new, the effect of waxes on bitumen
and bituminous mixture performance is still a complex subject of debate. This study was …

The adhesion between asphalt binder and aggregate plays a fundamental role in the
mixture's resistance to moisture damage and fatigue cracking. And self-healing is another …