Teico Overseas uses best practice and state-of-the art of rock slope stability techniques
Teico's geotechnical services include landslide protection, slope stability, rock mechanics, rock stability and more.
Online, June 7, 2010 (Newswire.com) - Slope Stability
Teico Overseas provides comprehensive slope stability design, planning and installation services across the world. Although we have successfully completed many turnkey ventures, every project is unique. Our engineers can use their knowledge of earth process and their ability to interpret surficial geomorphology to determine relative slope stability based simply on site observations.
This step is followed by a detailed study needed to appraise the failure mechanisms at work. A case specific system is created to reinforce, stabilize or retain slopes taking into account the local environment.
The field of slope stability encompasses the analysis of dynamic and static stability of slopes of the earth and rock-fill dams, slopes of other types of embankments, natural slopes and excavated slopes in soft rock and soil.
The following are some of the services that we offer:
Landslide Prevention
One landslide prevention technique is to change the geometry of the man-made slope to lessen the effects of gravity.
Wire Mesh Netting System
The wire mesh system has been applied in the geotechnical field across the world to minimize the geological effects of rock movement due to both man-made and natural phenomenon.
Retaining Walls
Retaining walls are structures built for neutralising the effects of unstable slopes holding back rock or soil from buildings, roads or structures.
Rockslide Prevention
Every mountain is slowly disintegrating due to the irreversible process of erosion. Over time, high winds, animal movements, flowing water, cycles of thawing and freezing as well as man-made activity all contribute to the possibility of a rock slide.
To view more of our services, visit our website or contact us on +39 329 273 7846
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Tags: Geotechnical Engineering, Retaining walls, Rock Slope Stability, Slope Stability