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TERRAMESH® VERDE CARRETERA MATARANI KM. 24

Home > Erfolgreiche projekte > TERRAMESH® VERDE CARRETERA MATARANI KM. 24

Reinforced Soil Walls and Slope Reinforcement

2019

ISLAY - AREQUIPA - Perú

OBRAS DE INGENIERÍA S.A.C.

OBRAS DE INGENIERIA S.A.

HOB CONSULTORES S.A.

TERRAMESH® VERDE CARRETERA MATARANI KM. 24

Problem

At km 24, access ramps were required for the bypass road to the town of Mejía, which would pass through agricultural land with an elevation of more than 12 m. in height. Due to the length and height of the ramp, the use of reinforced concrete was ruled out due to the high cost, and also because it was in the middle of agricultural areas, the use of embankments was not considered, with Terramesh® Verde being the best alternative.

Solution

This road uses engineering solutions with reinforced soil walls, Terramesh® System and Terramesh® Verde, which economised the project by saving on bridges and embankments, reducing the margins of expropriation of agricultural land, allowing for walls more than 10 m high. Furthermore, the solutions have a low environmental impact as they are in contrast with the ecosystem of the area. In this section of the road, the use of soil slopes reinforced with Terramesh® Verde was applied for the execution of the access ramps on the road.

Used Products

Drainage Geokomposite
Drainage Geokomposite
Übersicht
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MonoAxiale GeoGrids
MonoAxiale GeoGrids
Geogitter werden vor allem zur Bewehrung eingesetzt, da sie aufgrund ihrer besonderen Struktur die notwendige Festigkeit zur Verstärkung des FüllmaterÜbersicht
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Geotextilvliese
Geotextilvliese
Geotextilvliese sind flache Textilstrukturen, die aus synthetischen Fasern bestehen, die durch Nadelstanzen und/oder thermische Verfahren zusammengefüÜbersicht
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Terramesh
Terramesh
Die Terramesh®-Familie von Maccaferri umfasst verschiedene Verkleidungsoptionen für den Bau von Strukturen aus mechanisch stabilisierter ErdÜbersicht
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Tunnelbau - Abflussrohre
Tunnelbau – Abflussrohre
Mikroperforierte Drainagerohre aus Kunststoff für die Konsolidierung von Böden innerhalb von Tunnelausbrüchen. Die Kunststoffdrainagerohre werden iÜbersicht
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