A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
In Demir Kapija, a 25 meters high reinforced earth® wall supports the Corridor X
Reinforced Earth® structures combine select and controlled granular backfill with tensile reinforcements and a modular facing system. This ideal combination creates a long‐lasting gravity retaining structure. For more than 50 years, it gives solutions to civil engineering actors for infrastructure, mining, hydraulic and protective applications. On the Pan‐European corridor X, close to Demir Kapija, a major retaining structure reaching 25 m height was built, using Reinforced Earth® solution as an alternative to the access viaduct of the Bridge B2.
In Demir Kapija, a 25 meters high reinforced earth® wall supports the Corridor X
Reinforced Earth® structures combine select and controlled granular backfill with tensile reinforcements and a modular facing system. This ideal combination creates a long‐lasting gravity retaining structure. For more than 50 years, it gives solutions to civil engineering actors for infrastructure, mining, hydraulic and protective applications. On the Pan‐European corridor X, close to Demir Kapija, a major retaining structure reaching 25 m height was built, using Reinforced Earth® solution as an alternative to the access viaduct of the Bridge B2.
In Demir Kapija, a 25 meters high reinforced earth® wall supports the Corridor X
BRANCAZ, David (author) / LUCAS, Eric (author) / TIGOULET, Alain (author) / GAPIKJ, Irina (author)
ce/papers ; 2 ; 591-596
2018-06-01
6 pages
Article (Journal)
Electronic Resource
English
Spatial distribution of the Demir Kapija (Macedonia) ophiolite based on geomagnetic data
| DOAJ | 2016