Abstract: A simple but robust faulting prediction model is essential for jointed concrete pavement design and timely maintenance and rehabilitation activities placement. This study utilized machine learning algorithms, including ...

Abstract: Dynamic shear modulus of an asphalt mastic has a remarkable effect on the mechanical performance of an asphalt pavement, and particulate composite micromechanical models are proven to be suitable for the prediction of ...

Abstract: To choose the maximum dividing sieve sizes for multiscale analysis, a mechanistic classification principle of sieve sizes is developed to characterize the size ranges of four inner structures in an aggregate’s gradation. ...

Abstract: Water stability resistance and internal void evolution behavior of the cold mix emulsified asphalt mixture (CMA) specimens at multiple freeze–thaw cycles were evaluated based on the tensile strength ratio from the indirect ...

Abstract: As one of the most important aromatic renewable natural resources, lignin has the potential to improve the high-temperature rheological properties and antiaging properties of asphalt. However, it will adversely harden the ...

Abstract: Asphalt binder is one of the key constitutive components of hot-mix asphalt (HMA) that considerably affects its rutting performance. In particular, the high-temperature rheological properties measured from the multiple ...