conditions were identified in areas near the culverts, where the natural terrain featured very fine-grained and highly erodible soils. This situation represented a critical risk of material loss and possible road collapse, especially during rainy seasons or under the constant flow of water. Therefore, as a definitive solution, the lining of the surrounding slopes and the base of the water outlets were designed using geocells.

This system allowed for the creation of a flexible micro-slab-type protection system, with greater tolerance to differential settlements than conventional rigid structures. In addition to its technical efficiency, the solution was less vulnerable to vandalism, offering greater durability and reduced maintenance requirements in demanding rural environments.

conditions were identified in areas near the culverts, where the natural terrain featured very fine-grained and highly erodible soils. This situation represented a critical risk of material loss and possible road collapse, especially during rainy seasons or under the constant flow of water. Therefore, as a definitive solution, the lining of the surrounding slopes and the base of the water outlets were designed using geocells.

This system allowed for the creation of a flexible micro-slab-type protection system, with greater tolerance to differential settlements than conventional rigid structures. In addition to its technical efficiency, the solution was less vulnerable to vandalism, offering greater durability and reduced maintenance requirements in demanding rural environments.