The rheological properties of the bituminous components (bitumen and bituminous mastic)
within asphalt mixtures contribute significantly to the major distresses of flexible pavements …

Fly ash has been effectively used in concrete; however, there are limited applications in
which fly ash has been used in asphalt pavements. The reported research demonstrates that …

Many studies have focused on modelling the stiffening effect of mineral filler on asphalt
binder. However, the interaction between both constituents was always a challenge to …

In this paper, a microstructural hypothesis for asphalt concrete (AC) is developed in order to
provide a basis for a multiscale experimental investigation. The hypothesis is consistent with …

Fatigue cracking is considered to be the primary failure mechanism that occurs at ambient
temperatures in an asphalt pavement. The bituminous binder plays an important role in this …

Understanding the rheological behavior of the asphalt mastic is an important step towards
improving the shear-stress response of the mixture. The objective of this study is to observe …

The use of un-conventional materials in asphalt pavements is becoming popular as DOTs in
many countries started to legislate their in the paving industry. The motive behind this is to …

In this paper, existing formulations for predicting the stiffening effects of graded aggregate
particles at moderate and high concentrations in a viscoelastic matrix (asphalt) are …

The present study evaluates the impacts of Nano hydrated lime filler (NHL) on fatigue
damage potential of asphalt mastic and a comparative analysis with hydrated lime filler (HL) …

The dynamic shear rheometer (DSR) and bending beam rheometer (BBR) were used to
characterize the high-temperature properties and low-temperature properties of different …