Abstract: This study investigated the effect of gradation, especially of mean particle size and uniformity of gradation, on the shear modulus degradation of natural marine sands compared to regraded clean sands. A series of fixed-free ...

Abstract: The utilization of reclaimed asphalt pavement (RAP) material in road construction has gained prominence with the backdrop of sustainability. The present study evaluates the usage of a significant amount of RAP material ...

Abstract: This study investigates the suitability of low-calcium fly ash (FA) for stabilizing expansive soil (ES) using the in-situ deep soil mixing (DSM) technique. The primary objective of the study was to control the swell-shrink ...

Abstract: Mechanistic-empirical pavement design guide for flexible pavements as per the AASHTO design guide requires characterization of subgrade soils using the resilient modulus

Abstract: The advantages of utilizing recycled materials/byproducts in pavement construction are numerous. The reduction in landfilling resulting from the adoption of recycled materials in large quanitites primarily promotes their ...

Abstract: The paper presents a methodology to carry out the series system reliability analysis of multilayered flexible pavements with respect to correlated fatigue and rutting failure modes. The importance of assessing the uncertainty ...

Abstract: A series of large-scale model experiments were carried out on different geogrid- and geocell-reinforced base courses to evaluate realistic base-layer coefficients to design flexible pavements. The placement depth of ...

Abstract: Utilization of reclaimed asphalt pavement (RAP) in the construction industry is gaining an advantage over conventional materials in terms of sustainable credits. However, the amount of production of RAP and its utilization ...