Geocells improve load distribution by confining and stabilizing the infill material, such as soil or aggregate, within their cell walls. This confinement prevents lateral spreading and displacement of the infill material under load, ensuring a more uniform distribution of forces across the surface. Additionally, the interconnected cells of geocells create a network that distributes the load over a larger area, reducing localized stress concentrations and enhancing overall load-bearing capacity.
Geocells improve load distribution by confining and stabilizing the fill material within their interconnected cell walls, creating a stronger and more uniform load-bearing surface. This prevents the material from shifting or settling, effectively spreading the load and reducing localized stress concentrations.
Geocells improve load distribution by confining and stabilizing the infill material, such as soil or aggregate, within the cell structure. This confinement prevents lateral spreading of the infill material under load, ensuring a more even distribution of weight and reducing the potential for differential settlement. Additionally, the interconnected cells create a three-dimensional honeycomb-like structure that enhances load-bearing capacity and provides additional strength to the overall system.
