How Geocells Help:

Confinement and Reinforcement:

Geocells create a three-dimensional confinement system that restricts the lateral movement of soil.

This confinement significantly increases the load-bearing capacity of the roadbed.

They effectively reinforce the soil, preventing deformation and settlement.

Load Distribution:

Geocells distribute loads over a wider area, reducing stress concentrations on the underlying soil.

This helps to prevent rutting and uneven settlement.

Improved Drainage:

When filled with appropriate materials, geocells can enhance drainage, which is crucial for maintaining the stability of soft roadbeds.

Key Applications:

Road Construction on Weak Soils:

Geocells are widely used to build roads over soft, unstable soils, such as those found in wetlands or areas with high water tables.

They allow for the construction of durable roads with reduced settlement and improved performance.

Unpaved Roads and Access Roads:

Geocells are effective in stabilizing unpaved roads and access roads, which are often subjected to heavy traffic and harsh environmental conditions.

They improve the durability and longevity of these roads, reducing maintenance requirements.

Railway Subgrades:

Geocells are also used to reinforce railway subgrades, providing a stable and reliable foundation for train traffic.

This helps to minimize track deformation and ensure safe operation.

Airport Runways and Taxiways:

In areas with poor soil conditions, geocells can be used to reinforce airport runways and taxiways, providing a stable surface for aircraft operations.

Benefits of Using Geocells:

Increased load-bearing capacity

Reduced settlement and rutting

Improved drainage

Enhanced durability and longevity

Cost-effectiveness

In essence, geocells offer a reliable and efficient solution for stabilizing soft roadbeds, improving their performance and extending their lifespan.