This review addresses the effects of the modifications with nanomaterials, particularly
nanosilica, nanoclays, and nanoiron, on the mechanical performance and aging resistance …

Clays have numerous applications in a variety of applications including engineering,
medical and civil areas. The wide applicability of clays is attributed to their useful physico …

Load‐induced cracking is one of the primary forms of distress in asphalt pavements at
intermediate temperatures. Binder modification is a good alternative to promote the cracking …

The complex behavior of asphalt binders makes it difficult to accurately predict their complex
modulus (G*) and rutting performance (G*/Sin (δ)). The aim of this study was to investigate …

This study investigated the effects of carbon nanotubes (CNT) as a binder modifier on the
performance properties of asphalt binders and storage stability of polymer modified binders …

Carbon and graphene family nanomaterials have attracted more attentions and interests in
the asphalt modification research due to their superior mechanical properties. This paper …

Polymer modifiers have been used to improve the performances of asphalt binders in
pavement engineering. The modifying effect of polymers on asphalt is largely dependent on …

The research work focused on fatigue and healing properties of bituminous binders
containing carbon nanotubes (CNTs) and nanoclays (NCs) as reinforcing additives …

Asphalt mixtures has a long history of usage as pavement due to its economic efficiency.
Asphalt mixtures have various modes of failure as they go through various temperature …

Nanomaterials, due to their higher surface area, smaller particle size, and unique chemical
characteristics, might be a potential additive to self-heal microcracks in asphalt pavement …