- Leaflets
Retaining walls using geosynthetics have proven to outperform traditional walls such as concrete cantilever walls or mass gravity walls, preferred in many markets such
Educational Document Type: Leaflets
- Leaflets
Geosynthetics can be effectively used to improve the performance of unpaved roads and working platforms on soft to firm soils. If correctly specified and
- Leaflets
Layers of geosynthetic reinforcement are used to stabilize slopes against potential deep-seated failure using horizontal layers of primary reinforcement. The reinforced slope may be
- Leaflets
Designing countermeasures for natural disaster, especially earthquakes, is a common task in the world. Earthquakes cause strong horizontal acceleration of structures. This motion caused
- Leaflets
The use of geosynthetics to reduce or replace traditional layers is now an accepted part of track-bed construction and renewals around the world. When
- Leaflets
Spanish translation of the leaflet “Geosynthetics in Railways”: El uso de geosintéticos para reducir o reemplazar las capas tradicionales es ahora una práctica aceptada
- Leaflets
Embankment on soft soils, embankment on piles and over areas prone to subsidence are the applications for which geosynthetics reinforcement provide effective solutions. Reinforcement
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Geosynthetic Barriers: Applications & Benefits (2021) : Applications & Benefits (2021)
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Geosynthetics include a variety of synthetic polymeric materials that are specially fabricated to be used in geotechnical, environmental, hydraulic and transportation engineering applications. The
- Leaflets
Geosynthetics in Hydraulics Projects – Turkish Translation