Improving bitumen properties to withstand traffic loads and environmental conditions is
essential for prolonging pavement life. Given that nanomaterials stand as potential …

In recent years, the integration of Nanoclay (NC) into concrete has garnered significant
global attention due to its potential added benefits and importance in the construction …

Traffic volume and loads have increased significantly in recent years, coupled with the high
summer temperature and the low temperature in winter, premature failure in asphalt …

This study investigated the effects of polymer modified bitumen emulsion production
methods on the microstructural properties of modified binders and the mechanical properties …

To comprehend the deterioration of adhesion property for styrene-butadiene-styrene (SBS)
modified asphalt in salt-freeze-thawing environment, the surface microstructure and …

The present study investigated the effect of the polymer-modified bitumen emulsion
production method on the properties of cement-polymer emulsion paste. Modified emulsions …

Lomashell, a mineral stone derived from oyster shells and skeletons, is widely available in
Iran and across the globe. Typically used for livestock feed due to its high calcium content …

The use of recycled polyester fiber (Re-PET) partially addresses the scarcity of non-
renewable polyester (PET), but its thermal resistance in asphalt mixtures is relatively low. To …

The performance of asphalt mixture affects the service of pavement. Nano-alumina was
employed as asphalt mixture modification to improve pavement performances. Properties of …

Sb 2 O 3 nanoparticle was selected as it is expected to reduce the aging effect on bitumen,
and is a novel material hasn't studied yet in the literature. Bitumen was modified by antimony …