Geocells enhance the stability of railway cut slopes by providing reinforcement and confinement to the soil. The geocells, which are three-dimensional honeycomb-like structures made of high-density polyethylene, are filled with compacted soil or aggregate. This filling material, combined with the geocell's cell walls, creates a stable and reinforced structure that helps to prevent soil erosion, slope failure, and lateral movement. The geocells distribute the load evenly, reduce the stress on the slope, and improve overall stability, making them an effective solution for enhancing the stability of railway cut slopes.
Geocells enhance the stability of railway cut slopes by providing a contained and reinforced structure that prevents soil erosion and slope failure. The interconnected cells are filled with soil or aggregate material, which creates a stable foundation and distributes the load evenly across the slope. This promotes better drainage and consolidation, reducing the potential for landslides or slope instability. Additionally, geocells increase the friction angle of the slope, improving its resistance to lateral movement and enhancing overall stability.
Geocells enhance the stability of railway cut slopes by providing confinement and reinforcement to the soil or rock fill. The honeycomb-like structure of the geocells effectively distributes the applied loads, reducing the risk of slope failure. The cells also prevent soil erosion and promote vegetation growth, further enhancing slope stability.
