Geocells enhance the stability of cut slopes by providing a reinforced and stabilized structure. The cellular confinement system of geocells helps to confine the infill material within the cells, preventing it from sliding or eroding. This confinement increases the shear strength of the fill material, reducing the potential for slope failure. Additionally, the interconnected cells distribute the load evenly, improving the overall stability and load-bearing capacity of the slope.
Geocells enhance the stability of cut slopes by confining and reinforcing the soil, preventing lateral spreading and erosion. The three-dimensional honeycomb-like structure of geocells provides a stable base for the soil, increasing its shear strength and reducing the risk of slope failure. Additionally, geocells help in vegetation growth, promoting root development, and further strengthening the slope stability.
Geocells enhance the stability of cut slopes by confining and reinforcing the soil or fill material within the cells. This confinement prevents lateral movement and increases the overall strength and stiffness of the slope. Additionally, the geocells distribute the applied loads evenly, reducing stress concentrations and promoting better load-bearing capacity.
