Geocells improve load transfer by confining and stabilizing the fill material within their honeycomb-like structure. This confinement increases the effective stress distribution, prevents lateral spreading of the fill, and enhances overall load-bearing capacity. Additionally, the interlocking cells create a strong connection between adjacent cells, allowing for efficient load transfer across the entire geocell system.
Geocells improve load transfer by confining and stabilizing the infill material, creating a rigid structure that spreads the load more evenly. This reduces the stress on the underlying soil, preventing settling and improving load distribution across the surface.
Geocells improve load transfer by confining and stabilizing the soil or aggregate within their cell walls. This confinement increases the lateral resistance and overall stiffness of the material, allowing it to better distribute and transfer loads. Additionally, the interconnected cells create a network that further enhances load distribution, preventing localized failures and reducing settlements.
