Examples of using Controlled modulus in English and their translations into French
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Colloquial
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Official
Controlled Modulus Columns.
Ground improvement by Controlled Modulus Columns under 5 wind turbines.
Menard proposed a solution of installing more than 11,000 Controlled Modulus Columns.
Controlled Modulus columns and pre-consolidation treatments based on vertical drain.
For this structure, Menard used Controlled Modulus Columns.
Nearly 8,000 Controlled Modulus Columns with a diameter of 320 mm and a total length of about 110,000 linear metres were installed.
Ground improvement of 45,000 sq. metres using 14,000 Controlled Modulus Columns.
It has been decided to install 65 Controlled Modulus Columns prior to the wind turbine construction.
A Bi-modulus column combines a ballasted material head(Vibro-Replacement) with a controlled modulus column CMC.
This"stand-down" operation mobilised two Controlled Modulus Columns rigs, two stone columns machines and a team of 13 people.
Ground improvement to allow the Eurostar to operate Part of the Channel Tunnel Rail Link(CTRL)is built on Controlled Modulus Columns.
The solution was to install Controlled Modulus Columns reinforced with steel cages on peripheral columns sunk to a depth of 8 to 18 metres.
Following the flooding, the Menard teams brought in up to four Controlled Modulus Columns machines to work simultaneously.
Controlled modulus columns(CMC) are concrete columns placed in a network adapted to loads and settling criteria, combined with a granular bed.
The technological feat paves the way for Menard to win further Controlled Modulus Columns contracts in the United States.
Controlled modulus columns are an ideal alternative for pilings and structural slabs, useful for buildings with a conventional or slab-on-grade foundation.
The proposed solution was to implement a dense network of semi-rigid inclusions called Controlled Modulus Columns(CMC) Under the tank footprint.
As the rock-fill does not allow the use of the Controlled Modulus Columns technique, Menard proposed to carry out compaction grouting to treat the embankment.
Controlled modulus columns are produced in the first phase, with concrete stopping at least 1 m above the Bi-modulus column interface level to ensure continuity.
The bi-modulus column technique, developed in the early 2000s, consists in topping Controlled Modulus Columns with a compacted granular material.
Menard primarily used the Controlled Modulus Column technique to reinforce the soil supporting the interchange, with drains in areas where they could be used.
This was an innovative operation as the equipment used for this technique was the Controlled Modulus Columns equipment which led to a very high production.
Controlled Modulus Columns were a good alternative to traditional pile foundations in terms of cost, efficiency and environmental impact minimum amount of spoil using the displacement drilling method to construct the Controlled Modulus Columns.
To improve the ground forthe future railway lines, Menard's teams installed more than 20,000 controlled modulus columns(CMC), over more than 140,000 linear metres.
The proposed solution was to install dense semi-rigid elements, Controlled Modulus Columns(CMC), through the thickness of the clay in place(about 16 to 18 m) down to the till.
As part of the project,Menard was in charge of improving an area of nearly 45,000 sq. metres that will support 32 tanks with diameters ranging from 24.1 to 68.7 metres. The Controlled Modulus Column method was used.
These ground improvement methods include compaction techniques such as Dynamic Compaction, consolidation techniques such as Vacuum Consolidation andsoil reinforcement techniques such as Controlled Modulus Columns, just to name a few.