Investigation of the mechanisms of soil liquefaction using imaging techniques from a
mesoscopic perspective is essential for thorough characterization and quantification …

The primary objective of layered settlement monitoring is to detect subsidence issues in soil
or foundational structures, in order to implement appropriate measures for ensuring the …

Due to the relatively different mechanical and physical properties of soils and structures, the
interface plays a critical role in the transfer of stress and strain between them. The stability …

The paper examines the efficacy of using small, welded metal plates (pegs) in enhancing
the pullout resistance of commercially available geogrids. Soil deformations and particle …

Geosynthetics are commonly used in many civil engineering applications. At the same time,
intensive development of these materials is being carried out. Therefore, it becomes more …

Many earlier studies were focused on testing different types of geosynthetics to investigate
effect of reinforcement on bearing capacity, but the effect of tensile strength on the failure …

Geogrid pullout tests have been regarded as the most direct and effective way to describe
the interfacial behavior between geogrid and soil. To investigate the coupled effects of …

This paper presents insights from small-scale model tests on statically loaded strip footing
on dense base sand supported by a single reinforcement layer. The selected reinforcement …

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 …

The growing industrialism has led to the generation of unmanageable waste, which is
usually dumped in landfills. Utilizing these materials in reinforced earth structures will not …