During the last decades, the number of vehicles per citizen as well as the traffic speed and
load has dramatically increased. This sudden and somehow unplanned overloading has …

The detrimental effects of hardening in asphalt pavements were first recognized by
pioneering pavement engineers in the 1900s and have been studied extensively during the …

Coastal asphalt pavements are highly susceptible to sea salt erosion, which leads to a
significant decrease in road performance and durability. However, the interface micro …

Graphene oxide (GO) is a promising nano-material to modify asphalt used in pavement. This
work aimed to evaluate the feasibility of GO modified asphalt for the preparation of a high …

Incorporating reclaimed asphalt pavement (RAP) increases concern about long-term fatigue
and cracking resistance of the resultant mixture due to the presence of an aged binder …

A salt-eroded environment can have a significant negative impact on asphalt pavements,
especially in the salt-rich regions of east and west China. This research examines the …

Oxidative ageing and moisture damage are key factors in bitumen degradation and asphalt
pavement deterioration. The effects of oxygen and moisture on bitumen are governed by …

The aim of this contribution is to investigate the possibility of using microcapsules containing
waste cooking oil (microWCOs) in situ rejuvenating aged bitumen. MicroWCOs had been …

Asphalt binder is a very important building material in infrastructure construction; it is
commonly mixed with mineral aggregate and used to produce asphalt concrete. Owing to …

Undoubtedly bitumen's viscoelastic performance has received much attention in the
literature. Especially, the oxidative ageing phenomenon of bitumen has been studied by …