proTeCTive faBriCS - TenCate
proTeCTive faBriCS - TenCate
proTeCTive faBriCS - TenCate
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geoSynTheTiCS<br />
Infrastructures<br />
Severe damage to property and injuries to people can be induced<br />
by accidental detonations or terrorist bomb attacks. As a natural<br />
material, soil is widely used for civil and military structures and<br />
infrastructures to absorb ground shock and to stop sharp debris<br />
from explosives.<br />
Geosynthetic reinforced soil structures are capable of protecting<br />
human lives from blast effects, without producing sharp secondary<br />
debris. With the inclusion of geotextiles, soil structures can<br />
effectively be used in the protection of property and personnel due<br />
to their energy-absorbing capabilities, rapid construction, costeffectiveness,<br />
minimal occupied ground area, ability to withstand<br />
30<br />
TENCATE SOLUTIONS<br />
large deformation before failure, and high tolerance for different<br />
settlements. <strong>TenCate</strong> Geosynthetics is the leading company in<br />
creating stabilization and rehabilitation solutions for civil and<br />
military engineering.<br />
By designing, developing and producing geosynthetic solutions –<br />
based on woven and non woven products – <strong>TenCate</strong> offers an<br />
innovative and reliable line of turnkey solutions for civil and military<br />
infrastructure that has been damaged in warfare or during peacekeeping<br />
operations. These reconstructions may relate to airstrips,<br />
transportation, temporary roads (to military bases), railways,<br />
retaining structures, embankments and tunnel constructions.<br />
When it comes to transportation constructions, <strong>TenCate</strong><br />
Geosynthetics offers a system approach, consisting of six specific<br />
elements: road reconstruction by pavement restoration,<br />
stabilization and reinforcement; water management through, for<br />
example, subsurface drainage; earth stabilization by restoring<br />
slopes, walls and embankments.<br />
In civil engineering the interaction between the soil and the<br />
geosynthetic – and its strength – leads to enormous savings in<br />
reconstruction and maintenance, compared to traditional methods<br />
of reconstruction. The same applies to military engineering.