Home > Zrealizowane projekty > OOSTERWEEL VERBINDING -LINKEROEVER, K02B+G01

Reinforced Soil Walls and Slope Reinforcement



Lantis / Texion Geosynthetics NV

Stadsbader NV

Arcadis NV /Lantis



The Oosterweel Link project is a new 15km-long motorway connection developed by Lantis for completing the Antwerp ring road R1 (Belgium). It is a major project in Belgium and its design started in the 1990s to find a solution to the congestion problems in and around Antwerp. The total estimated cost of the project is approximately 鈧4.5bn. The Antwerp ring road is a key part of the Trans-European Transport (TEN-T) Core Network. Maccaferri collaborated with the design and building of the Mechanically Stabilized Earth (MSE) walls with its main product family 鈥濼erramesh鈥. This is a well-known system used in Europe and in the rest of the world to support or enable the construction of infrastructures in tight urban corridors, forming retaining walls, road embankments, wing walls and bridge abutments known as Geosynthetic Reinforced Soil-Integrated Bridge Systems (GRS-IBS). 鈥濼erramesh鈥 double twist steel wire mesh reinforcements have been used in combination with ParaLink庐 and Paragrid庐 geogrids representing an evolution and a significant advantage for both cost-effectiveness and performance. The project includes 15.000 facing sqm of 鈥濼erramesh Green庐鈥, 14.000 facing sqm of 鈥濼erramesh Mineral庐 and System庐 and 5.000 facing sqm of gabion cladding. During 2020, 6.000 sqm of MSE walls have been already installed with a maximum height of 6.5m for the structures erected so far. The Terramesh products can be either with a stone mineral facing or a green facing, according to the architectural plan: in Oosterweel for architectural reasons, most of the structures present a stone facia.


Maccaferri麓s Corporate Technical Department has supported and is still supporting the main designers step by step from the first preliminary Global and Internal stability checks with Limit Equilibrium Method (LEM) analyses carried out with MacStars Software to Finite Element Method (FEM) deformation analyses due to the strict restrictions on displacements. Maccaferri provided the designers with all material properties for correct modelling. A 3D-BIM model was created to check and design all possible interferences on the reinforcements.

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