Self-healing has great potential to extend the service life of asphalt pavement, and this
capability has been regarded as an important strategy when designing a sustainable …

The intrinsic self-healing efficiency of asphalt pavement is insufficient to timely repair the
cracks generated due to the asphalt aging, traffic loading, and other unfavorable factors …

Fatigue cracking is one of the main distress modes of highway asphalt pavements. In
laboratory fatigue tests, haversine or sinusoidal loading waves are commonly applied to …

Asphalt mastic is a self-healing material. Cracks may develop in the asphalt mixture as a
result of different factors, such as repeated traffic loads or freeze–thaw cycles. But, once a …

Defining failure and developing a unified failure criterion for the fatigue testing of asphalt
materials remain a challenge. This study seeks to develop a failure criterion for the fatigue …

Understanding the self-healing mechanism and efficiently evaluating healing potential of
asphalt materials is a crucial topic, which is especially necessary for a precise prediction of …

Load‐induced cracking is one of the primary forms of distress in asphalt pavements at
intermediate temperatures. Binder modification is a good alternative to promote the cracking …

The fatigue-cracking life of an asphalt mixture measured in the laboratory is generally a
small fraction of the fatigue-cracking life observed in the field. One of the reasons for this …

This comprehensive textbook covers all aspects of pavement engineering. The content takes
into account new developments and includes both the recently completed European norms …

Asphalt-based composites gradually reach the end of their life as the service time increases,
which directly leads to fatigue failure of the pavement structure. However, there is currently a …