The disposal of plastic waste has become a great challenge for the current generation due
to the large-scale production and non-degradable properties of plastics. Additionally, fatigue …

Low temperature cracking (LTC) distress on pavement seriously affects road life. This paper
finished a literature review of the research on the mechanism of LTC of asphalt composites …

Long-term oxidative ageing occurs in asphalt pavements when they are exposed to the
ambient environment for extended periods. This ageing phenomenon is dependent on …

Asphalt and filler interaction plays a key role on the performances of asphalt mastics and
mixtures, while the asphalt and filler interaction ability is in turn affected by the material …

Various engineering models have been proposed to mitigate fatigue cracking associated
with thermal and traffic loadings, which are the two primary fatigue cracking mechanisms …

High modulus asphalt concrete (HMAC) base courses provide very good resistance to
rutting and fatigue but they can increase the risk of low-temperature cracking as compared …

Epoxy asphalt mixture has been widely used as an excellent paving material on long-span
steel bridges; however, low-temperature cracking is a significant concern for paving on an …

This study aims to develop a new index to evaluate the low-temperature cracking
performance (LTCP) of recycled asphalt mixtures. To achieve this, the assumption that …

Oxidative ageing in field asphalt pavements is a complex process with coupled multiple
physics. This parametric study uses Multiphysics modelling approaches to evaluate the …

This study presents a mechanistic pavement modelling approach to predict the performance
and damage characteristics of composite pavements at low-temperature conditions. To meet …