Nowadays, in-depth research is done to evaluate the behavior of geosynthetics in cohesive
soil. However, it is still unclear how the plasticity index (PI) of soil affects the mechanical …

The successful application of geosynthetic reinforcement in granular soil motivates
additional research into the practicality of geosynthetics in cohesive soils. The shear …

Carbon fiber-reinforced polymer (CFRP) composites can be considered an ideal alternative
for conventional structural elements due to their superior benefits, such as high durability …

The investigation of shear behaviour on geogrid-granular material interface under cyclic
normal loading (CNL) is significant in seismic design of reinforcement structure. The cyclic …

Presently, pond ash is accumulated in large quantities in thermal power plants. There is
potential for large-volume utilization of pond ash as a fill material. Applications involving …

Geogrids are widely used for soil reinforcement, justifying the necessity to comprehend their
interaction with soil for safe and economic design of reinforced soil structures. As …

Improvement of weak and problematic soils is always essential for geotechnical engineers.
One of the most common soil improvement methods is soil stabilization using Portland …

This paper presents the results of a laboratory study aimed at optimizing the attachment
angle of a microanchor to a sand–geogrid interface under direct shear mode. Well-and …

Based on the experimental studies, a semi empirical predictive model has been presented
and discussed in this paper to simulate the interface shear behavior of used diesel engine …

Effective management of pond ash disposal is crucial in minimizing land wastage for coal-
dependent countries like India, and one way is to improve its bearing strength by using …