Performance deterioration of asphalt pavement is mainly caused by the action of natural
forces in combination with repeated vehicle load. The salt erosion environment (salt …

With the increasingly extensive application of road engineering, it is inevitable to consider
the durability of pavement in harsh environment. In the southeast coastal areas, northwest …

This study explores the performance regime of different classification algorithms as they are
applied to the analysis of asphalt pavement deterioration data. The aim is to examine how …

Snowmelt salts and deicing additives which are used to remove the snow/ice in winter make
the pavement experience diverse and complex actions such as freeze-thaw (FT) cycles and …

This study aims to investigate deicing and anti-icing performance of an innovative pavement
surface layer that replaces asphalt binder with polyurethane using laboratory tests. The ice …

This paper reports on the potential benefits of micro-or nano-sized materials for asphalt
mixtures used on pavements, specifically when they are exposed to water or deicing …

Super-hydrophobic asphalt concrete specimens were collaboratively designed and
prepared by using modified hydrophobic materials and nano-materials. The anti-icing and …

The impact of salt on asphalt binders was first studied through basal experiments of binders.
The complex influence of freeze–thaw cycles and salt on strength, volume and weight of …

The groundwater regime in seasonally frozen regions of the world exhibits distinct behavior.
This paper presents an overview of ow and associated heat and solute transport processes …

The salt erosion environment formed by deicing salts in cold areas significantly shortens the
service life of asphalt pavement. The treatment method was designed to simulate the …