Soil Reinforcement

The engineering structure constructed are exposed to the stresses more than the soil safety stress, encountered with the problem for soil bearing capacity. These usually result in a permanent damage involving cracking, collapsing and breakage on the structure. Geosynthetic (geogrid, geotextile, geo cell, composit material) have been preferred reinforcement for soil structures to be prevented the ground safety stresses from exceeded by making the ground feel the stresses that will be transferred to the ground less. The engineering structure constructed are exposed to the stresses more than the soil safety stress, encountered with the problem for soil bearing capacity. These usually result in a permanent damage involving cracking, collapsing and breakage on the structure. Geosynthetic (geogrid, geotextile, geo cell, composit material) have been preferred reinforcement for soil structures to be prevented the ground safety stresses from exceeded by making the ground feel the stresses that will be transferred to the ground less. The geosynthetic reinforcement is improving the stability an embankments so it works like a mat foundation.

The use of geosynthetic improves the load bearing capacity with the stabilization the sub-base
Improve the stability of embankment and save the materail usage and money
Eliminate the problems cracking and breaking of an embankment on the rigid structure
Prevent the ground safety stresses from exceeded by making the ground feel the stresses that prevent on soils with consolidation problems

Geosynthetics in Soil Reinforcement

Geosynthetics have been preferred for the loads coming from the superstructure by transferring loads to the ground both uniformly and in a way that can be covered by the soil safety stress. The tensile strength of geosynthetic products provide the shear stress that occur in the embankmet to prefer to apply the product for soil reinforcement.