myGeobrugg
Search
Found 272 pages containing the term "tecco"
find contacts hereIn 2011, a feasibility study was conducted into rerouting the road. In 2014, the Austrian state of Voralberg began the construction of five hairpin bends with a length of 1.3 km and at a cost of ar
The designer decided to install high tensile TECCO® G65/3 mesh as a drape due to it's unique features, low maintenance requirements and corrosion protection.
As a direction protection of th...
In conjunction with the geotechnical contractor, who had already decided the slope needed soil nailing and TECCO® System, we looked to optimise the solution for the fine grained nature of the soil....
On the link road Chalais to Vercorin, the self-cleaning rockfall protection solution Canopy SCC-500 has been implemented for maximum energies up to 500 kJ.
Due to the extremely steep terrai
For the following reasons designers together with the Polish National Roads selected TECCO® System as a stabilizing solution:
- complicated ground conditions – about 12 geotechnical l...
Geobrugg has worked closely with the mine and the installation contractor to manage a range of rockfall hazards. To date, approximately 45,000m² of DELTAX®, MINAX®, and TECCO® drape mesh have been...
TECCO® SYSTEM³ was provided as an active protection measure on the following sectors:
1. km 198+523.72 - 198+571.00
TECCO® G65/3 mm
- surface:...
Designers from CIP Belgrade, Marina Janković, and Ivana Vujović together with the assistance of Geobrugg's Representative Office in Croatia provided stabilizing solutions for 11 slopes. Problems of...
Approximately 50 m of the slope was stabilized from an average height of 10 m (vertical extension). The high-tensile TECCO® GREEN G65/3 mesh was anchored to the slope with approximately 130 soil na...
This description shows the part stabilized with TECCO® System. A parallel project, Kerenzerberg Hig...
In order to protect the road from further landslides, approx. 500 m² of TECCO® System have been installed. TECCO® G65/3 mesh made out of high-strength steel wire was fastened with self-drilling anc...
The areas at higher risk were identified and two types of solutions were ...
The rock wall was divided into various areas of protection such as steep rock faces, overhanging formations, layered rocks with covered with with loose soils . Due to the tightness in some areas be...
The office of Geoplan AG, Steg, VS was commissioned by the BLS AG to draw up immediate measures for securing the erosion slope and also the gallery.
The best option provides for the followi
The solution defined was installing TECCO GREEN - a mesh system with an erosion control mat- to stabilize, minimize the environmental impact, avoid using shotcrete and allow the revegetation of the
To protect the road and the bike path
500 meters of rockface was actively stabilized using TECCO® System and DELTAX® G80/2 mesh. Both solutions were installed without railway line interruption.
The following solutions were used for slope protection:
Top of the cliffs and tower shaped structures partially protected with TECCO® System:
- high tensile mesh: TECC...
The Rhine Falls are one of the most frequently visited tourist sites in Switzerland. Consequently, the stabilization work had to occur: During low-volume visitation hours keeping the access blocked...
The Consulter decided stabilize the slope using TECCO GREEN G65-3 system with nails of nails L=12 m on bottom middle of slope (critical area).
The slope was stabilized with high tensile TECCO® SYSTEM³ in combination with nailing: Ischebeck TITAN 30/11, lenght 3 to 4 meters, nailing pattern between 1.5 m x 1.5 m and 2.0 m x 2.0 m.
As a solution active slope stabilization with nailing and TECCO® System was applied (with a smaller mesh opening band at the top). With a slope ra...
Geobrugg and MOP authorities proposed a slope stabilization with TECCO® System (soil nailing), combined with the TECMAT® erosion control mat for the greening of the embankment. Since then the stabi...
During the construction phase, the Valenserstrasse had to be protected as an access road that later became the Tamina Bridge. The mesh which was i...
Slope protection with TECCO® System; additionally GBE-500A rockfall protection barrier has been installed.
See also the San José Calderas Road 27, km 45.8
Active slope stabilization was implemented using TECCO® System anchored with 8 m threadbare nails in a pattern of 2.0 m by 2.0 m.
Installaion of TECCO® SYSTEM wit G65/3 mesh, with anchor bars D28 mm, Grad 97 and a length of 5 meters
Instead of rigid shotcrete to stabilize the surface layer, TECCO GREEN was installed. The system enables revegetation of the slope and reduces the visual and environm
Replacement of old shotcrete slope cover with TECCO® G65/3 high tensile steel mesh, system spike plates and greening. The flexible facing proves to be much more efficient and safer for creeping slo...
To stabilize the blocks and to control the erosion on the lower layer TECCO® GREEN mesh with 6 m nails, a pattern of 2.3 x 2.3 m was installed.
The Corporacion Autonoma Regional de Cundinamarca, WARCO / Geobrugg supplied the material and accompanied the installation process of 2800 m² of TECCO® System G65/3 with erosion control mat TECMAT®...
Slopes were nailed and covered with TECCO® System.
After analyzing the overall stability of the slope, an active nailed TECCO® System was chosen to protect a total area of 4200 m².
The exposed rock face has fractured planes that can generate local instability. TECCO system, consisting of a G65/3 mesh associated with a P33 spike plate, was selected.
The resistance of the
Several systems of protection against rockfall and debris flow, as well as slope stabilization, were implemented.
Installed systems per section:
1a) RXE-500: 4 meters high and 31 met...
TECCO 45/2 mesh has been installed. The GEWI nails have been given black protective caps in the areas next to the footpaths, and the threads have all been uniformly back-reamed. In addition, erosio
TECCO® SYSTEM³ was nailed by fully threaded rock-bolts, with minimum dia of 28 mm to a maximum of 40 mm and hot-dip galvanized. The nail pattern was variable with 1.9 x 1.9 m to a maximum of 2.4 x...
For the visitors' safety TECCO® was installed.
For dimensioning the nail grid pattern global stability was observed and recorded first.<...
4200 m² of TECCO® System and 560 m² of SPIDER® System were installed together with nailing as an active protection measure on the following sectors:
1. km 240+421 - 240+441
Solution applied:
TECCO® mesh cover in combination with nailing
Nail distances: a x b = 2.0 m x 1.5 m
Nails: GEWI D = 25 mm
Nail inclination: 20°
Working alongside Fairhurst - Consulting Structural and Civil Engineers of Glasgow CAN Geotechnical Ltd. undertook the installation of 13 individual Geobrugg rockfall barriers. The GBE range of bar...
Geobrugg provided a stabilization system and design support consisting of: SWIFT type dia. 25 [mm] long soil nails, flexible high tensile facing made of TECCO® G65/3 and P33 system spike plates.<...
Stabilization of this sector of the slope with the TECCO® SYSTEM G65/3 and anchors SAS 32 mm with a length of 6 meters.
The consultant designed a stabilization with TECCO® G45/2, with anchors of 9 meters lengths and a distance of 3.5 meters.
The contractor offered a solution with the TECCO® G65/3 mesh. The mesh replaced the former shotcrete solution. The current system is a beautiful green solution.
For the restoration of the collapsed area, Kumonosu Net using high tensile steel wire mesh TECCO® System was selected taking into account the large number of installation results, reasonable design...
To stabilize this slope and to prevent corrosion TECCO® G65/3 STAINLESS was chosen. This included stainless connection clips, stainless spike plates P33/40 N as well as a diameter 12 border rope, w...
The protective installation for the people working at the tugboat port consists of
- TECCO® G65/3
- Anchors D28 mm, Grad 97, L=5 m., nailspattern 2x2 m
- Erosion contro...
Together with the appointed designer we were invited to find a solution for the problem. After site investigation the slope stabilisation solution was chosen: soil nailing with flexible facing usin...
The flexible slope stabilization system consists of TECCO® G65/3 high-tensile steel wire mesh and QUAROX® rolled cable net, system spike plates and soil nails has been selected. Spike plates which...
Stabilization with TECCO® G65/3 System The net was anchored with 32 mm GEWI-type bars; 9 meters at the top, 6 meters at the bottom of the slope, with a 2 m x 2 m grid. The project was configured wi...
Engineers Tony Gee and Partners set about designing a scheme for the full slope length. Due to the limited access at the crest, raised trunking, cable routes, signals at the base of the slope, and
To minimize the risk from debris in the event of a possible test failure, a protective structure was erected. The primary structure of supports and steel cables is roofed with two layers of TECCO G
Slope stabilization with TECCO® SYSTEM3 mesh and anchors with 32 mm diameter every 2.5 m.
TECCO® G65/3 STAINLESS was installed to protect the slope.
Slope stabilization with TECCO® system and anchor bolts D25 [mm] and length 4 [m].
TECCO® Stainless consists of 3 mm stainless wire (1.4462 / AISI 318) high tensile strength (1'650MPa), all complementary fasteners and accessories are also made of stainless steel.This first of its...
A superficial stabilization with TECCO® G65/3, erosion control mat and nails between 3 to 6 meters was installed.
The contractor installed a DELTAX® G80/2 mesh drape to steer the smaller blocks dow...
Installation of TECCO® G45/2 system with nails of 4 m length and nail separation 3.75 x 3.75 m.
When designer Vanja Kovačević received data from the geologist, he chose TECCO® G65/4 for this slope protection. TECCO® G65/4 was combined with 4 meters long self-drilling nails (32/21 mm) and 6 to...
In order to increase the drainage capacity of the channel below and prevent possible erosion in the foot area, a concrete channel was created at the foot of the embankment. The slope ar
Seven installations of TECCO® G65/3 and TECMAT® secure the overhanging structure of the slope today. Also, a 2 meters high gap-filling solution was erected on a rock outcrop. The protected slope he...
After dimensioning, the TECCO® System was installed with extra border ropes to secure and stabilize the surfaces that form the transitio...
The designing office asked Geobrugg to provide an alternative solution to retaining walls, a solution which also could be revegetated. TECCO® SYSTEM³ was chosen and dimensioned to stabilize a total...
Geobrugg has the only stainless steel stabilization system on the market, TECCO® STAINLESS. This system of stainless steel increases the life cycle and reduces susceptibility to corrosion.
...
The Oregon Department of Transportation specified that a proprietary rockfal
Hinged supports guide the suspension cables. As a result, breaking ice masses fall behind the mesh and not onto the road.
Moreover, the ice «grows» through the network. When the ice detache...
During rock scaling, those rocks with a volume of up to 6 m³ were removed. Critical sections with reduced stability are now being stabilized with the SPIDER® and TECCO® protection systems.
...The rockfall protection measures installed along the cliff are two RXI-500 Barriers:
- Barrier RXI 500, Length 78 m, Height 5.5 m
- Barrier RXI 500, Length 64 m, Height 7.0 m...
Through the design process Geobrugg provided technical support on various flexible rockfall mitigation systems. The Engineering Geologists from the Oregon Department of Transportation chose to mit...
As passive protection measures, AXI and RXI rockfall barriers with dynamic capacity ranging from 500 to 3000 kJ were chosen for the following sectors:
1. km 198+523.72 - 198+571...
Lieferung des Materials
Nailing together with flexible facing made out of TECCO® System was implemented.
Combined solution was implemented, including GBE rockfall barriers, shallow landslide barrier and active slope stabilization with TECCO® SYSTEM³ and DELTAX® mesh.
Geobrugg worked closely with the mine and with Construction & Expertise PG as the installation contractor to manage the rockfall hazards. To date, approximately 33,000m² of TECCO® for about 450...
In the Portal del Fusca condominium, over 3'000 m² are protected by two kinds of meshes: TECCO® G65/3 in the very critical areas with falling blocks and GREENAX® drape in the sectors with superfici...
During the execution phase, our technical department collaborated with the Nord_Ing bureau to place the project rockfall barriers directly on site.
In addition to the 31 GUARDs, we also sup
In order to minimize visual impact, all the slopes cut were executed with soil nails, TECCO® System and an anti-erosion mat for revegetation.
The protective solution combines different structures: TECCO Drape in the upper zone to direct the rocks towards an intermediate berm, where dynamic barriers of 1,000 kJ and different heights (GBE-
A TECCO® slope stabilisation system was installed to control rock falls and shallow slumps on cut ID 14812, Jenolan Caves Road. The system covers a portion of the slope with TECCO® mesh anchored to...
We supplied TECCO G65/3 on short notice to a remote site in the Highlands. While working with the designer in the background, we ensured they had all the necessary technical data for their design.<
A 70 meters long wall was secured with ground nails and a mesh - with TECCO® System.
The solution maintains the stability of the retaining wall without tearing down the old stone wall. T...
To enable a fast re-vegetation, TECCO® GREEN was installed. This system integrates a high resistance mesh and an erosion control mat. It significantly reduces installation time and enables a rapid...
We installed SL-100 barriers to protect the properties from shallow landslides and rockfall. TECCO mesh was installed below the barrier to support the excavation cuts. TECMAT on one of the sites wa
A cast iron structure was constructed with high-tensile steel wire mesh. TECCO® G65/3 mesh allows water to flow through the structure. At the same time, the material withstands the blocks transport...
A total number of 44 rock bolts and 4 anchors were installed at height into a sub-vertical to overhanging cliff. 420 m² of high tensile TECCO® G65/3 steel mesh was installed to work with the rock b...
In 2001, KHC (Korea Highway Corporation) decided to install a high strength, anchored steel, mesh system (new technology). This system would stabilize a continually failing slope. The installatio...
TECCO® G65/3 was used in conjunction with rockbolts to stabilise rock cuttings. Individual blocks were bolted in addition to the mesh which was contoured around the face and blocks.
Photos ...
Geobrugg worked closely with the mine and the installation contractor GeoSta
The support system selected was TECCO® STAINLESS G65/3 with stainless P33/40 spike plates. The advantages of the stainless TECCO® system are its corrosion resistance, low...
The solution implemented in the spring of 1996 was a 408 000 feet² TECCO® G65/4 Drape System. The challenge was providing a system strong enough to contain frequent rockfall from the 320 feet highw...
A key feature of the solution was to significantly improve surface and underground drainage. Geobrugg's RUVOLUM® software was used to ensure the correct system materials/products were chosen and th...
The mesh selected was Tecco® G65/3 ULTRACOATING due to its strength properties, corrosion resistance, low visibility, uniform strength for anchor placement and general ease and speed of insta...
After the stakeout in collaboration with local experts and Geobrugg engineers, five hardworking drilling team completed drilling works in less than four months. Given the demanding weather conditio
In spring 2016 the collapsed slope was stabilized with TECCO® System. TECMAT® was installed as a greening aid, so the slope is protected from erosion, plus the mesh is barely visible.
Above the visitors' path between the arsenal (fortress above) and the service building (below), 190 m² of TECCO® System G65/3 with P66 spike plates were installed using GEWI-32 and titanium 40/16 n...
One of the challenges was the delivery of material and drilling machinery to the site: In winter time you may use the ice road which runs along the river Lena.
In the summer material has to...
It was decided to install a high-performance protection and stabilization system in five areas.
As there were no indications of global stability problems, this was considered satisfying, so