The resilient modulus (MR) is essential for the understanding of pavement response to
climate effects, and to seasonal fluctuations of water content and matric suction …

The increase in population has made it possible for better, more cost-effective vehicular
services, which warrants good roadways. The sub-base that serves as a stress-transmitting …

Soil improvement by incorporating different reinforcement materials has been one of the
most popular fields of study in geotechnical engineering since it can provide the engineers …

On automatic block lines, there is a time interval between two trains traveling on a track in
the same direction. Therefore, the dynamic load on the railway subgrade is composed of the …

Understanding the dynamic resilient modulus (MR) of a recycled carbonaceous mudstone
soil-rock mixture (CMSRM) embankment under wet-dry cycles can provide a basis for …

The behaviour of unbound granular materials (UGMs) used in road construction is crucial in
determining the longevity and performance of road pavement. Geotechnical analysis can …

With continuous increasing of mining activities, some problems, such as environmental
issues, occupy a lot of space, and the risks caused by the instability of mine waste depots …

The new Mechanistic-Empirical Pavement Design Guide (MEPDG) uses the subgrade
resilient modulus (MR) as the key input parameter to represent the subgrade soil behavior …

This article evaluates the unsaturated behaviour of fine-grained tropical soils for application
in transport infrastructure. An extensive experimental campaign was conducted covering …

The resilient modulus of subgrade soil is closely connected to environmental variables,
which influence soil characteristics and pavement behavior. Comprehensive understanding …