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 …

Lignin is the most abundant renewable resource in nature, which can be applied to not only
improve resource utilization but also improve bitumen road performance. In this study, the …

To explore the performance evolution mechanism of SBS-modified bitumen (SMB) during
construction and service, the chemical structure, molecular weight and properties of styrene …

Component ratio change is considered to be the main reason leading to the deterioration of
asphalt properties, but there are few studies on the aging mechanism from the perspective of …

Although previous studies have broadly explored the aging process of styrene-butadiene-
styrene (SBS)-modified asphalt, there still is a lack of understanding of the precise evolution …

In high-altitude and cold regions, asphalt bridge deck pavements often experience rapid
crack formation due to harsh environmental conditions, resulting in a significantly shorter …

This study investigates the aging mechanisms and effects of outdoor natural exposure aging
(NEA) on bitumen in the Tibetan Autonomous Region of China. Unmodified bitumen (No …