The main functions of geocells are as follows:
Soil ReinforcementGeocells enhance the strength and stability of soil, and reduce occurrences including landslides, earthquake-induced slides, road settlement, river erosion and seawall scouring. In addition, the cellular structure of geocells can resist and disperse loads under stress, creating a more stable foundation.
Slope StabilizationWhen applied to slope reinforcement, geocells form a reliable supporting structure to prevent slope collapse, lateral sliding and failure, thus ensuring the safety of roads and surrounding environments.
Subgrade and Embankment RemediationGeocells improve the mechanical properties of fill soil and road subgrades. With infill materials, they increase the constrained modulus of soil, consolidate fillers and boost overall stability. They also reduce differential settlement, repair fractures in main structures, eliminate property discrepancies at rock-soil interfaces, prevent embankment settlement and optimize the performance of subgrade piles.
Improved Drainage CapacityThe unique structure of geocells increases soil porosity and facilitates water flow and drainage, effectively upgrading the drainage performance of road pavements.
