Geocells improve load bearing capacity by confining and stabilizing the soil or aggregate fill within their cell walls, creating a stronger and more stable foundation. The interconnected cells distribute the load more evenly, reducing the potential for settling and deformation, thereby enhancing the overall load-bearing capacity of the structure.
Geocells improve load bearing capacity by confining and stabilizing the fill material within the cell structure, creating a rigid and interlocking system. This enhances the load distribution and prevents lateral movement or consolidation of the fill, resulting in increased strength, stability, and overall load-bearing capacity of the soil or base material.
Geocells improve load bearing capacity by confining and stabilizing granular materials, such as soil or aggregate, within their interconnected cell structure. This confinement prevents lateral spreading of the material, increasing its shear resistance and overall stability. Additionally, the geocells' three-dimensional honeycomb-like design distributes the load more uniformly, reducing stress concentration and enhancing the material's ability to support heavy loads.
