Geocells enhance the stability of railway cuttings by providing a reinforced structure that prevents soil erosion, improves slope stability, and controls lateral movement of soil. The cellular confinement system of geocells helps distribute loads evenly, reducing the risk of settlement and maintaining the integrity of the railway cutting.
Geocells enhance the stability of railway cuttings by providing a reinforced structure that helps to distribute the load and prevent soil erosion. The interconnected cells create a strong and stable foundation, improving the overall stability of the railway cutting and reducing the risk of slope failures.
Geocells enhance the stability of railway cuttings by providing a confinement system for the soil, preventing lateral spreading and erosion. The interlocking cellular structure of geocells creates a stable platform that distributes the load and reduces the risk of slope failures or soil settlements. Additionally, geocells increase the effective friction angle of the soil, improving its shear strength and overall stability.
