Sustainable and resilient pavement infrastructure is critical for current economic and
environmental challenges. In the past 10 years, the pavement infrastructure strongly …

Temperature affects the structural response of asphalt concrete (AC) pavement. To evaluate
the performance, it is important to accurately predict the pavement surface temperature. This …

This study investigates the combined effects of asphalt concrete (AC) cross-anisotropy and
temperature on asphalt pavement's stress–strain under moving wheel loads. To facilitate this …

An analytical method for vertical and rocking motions of a flexible strip foundation on a
layered transversely isotropic proelastic half‐space is presented in this paper. The dynamic …

Developing an accurate and efficient forward model of the dynamic response of pavement
structure is of great significance for obtaining the design parameters of the layered …

This study presents a Multiscale Finite Element Model (MsFEM) and Phase Field Fracture
(PFF) based approach to study the responses and damage behavior of the viscoelastic …

In this study, an artificial neural network was developed in order to analyze flexible
pavement structure and determine its critical responses under the influence of standard axle …

Recently studies reveal that the viscoelasticity of the asphalt layer, the transverse isotropy of
each structure layer and the foundation condition of the pavement structure are important …

Previous studies by the authors have determined pavement responses under dynamic
loading considering cross-anisotropy in one layer only, either the cross-anisotropic …

Fatigue damage can be defined by a decrease in stiffness of Asphalt Concrete (AC) under
repeated traffic loading. For each cycle of traffic loading, tensile strain develops at the bottom …