Epoxy resins have the potential to solve the limitations faced by traditional pavement
materials while meeting strict environmental regulations. In this study, taking into account the …

Unbound pavements with thin surface seals constitute the majority of the lightly and
moderately trafficked road networks in Australia. In such pavements, it is considered that …

Inverted asphalt pavement (IAP) has the advantage of maintaining good performance under
the condition of thin asphalt concrete (AC) layer compared with conventional flexible asphalt …

The strength of subgrade layer plays an important role in achieving a sound and economic
pavement design. To explore novel methods for improving the engineering properties of …

Volcanic ash is widespread in volcanic areas and is considered as a potential construction
material. Therefore, volcanic ash can be used as subgrade material when building highways …

Shape memory epoxy resin (SMER) is a new type of intelligent polymer material, that can
sense the stimulus of temperature change and return to an initial state by adjusting its …

In this study, a comprehensive laboratory testing program was designed to study the
resilience characteristics of unbound granular materials (aggregate base coarse) using the …

The plastic strain growth rate in different states can be obtained based on shakedown
theory; then, the critical dynamic stress can be determined. However, this traditional method …

Unbound granular material (UGM) is widely used in flexible pavement to carry vehicular
dynamic loading with different loading frequencies. In this study, the influence of loading …

Unbound pavements with thin seals, where traffic loads are primarily supported by unbound
granular layers and subgrade soil, are favoured for their low initial cost. Rutting, the primary …