Abstract
The article discusses the technological processes of the use of geogrids in the construction and repair of subgrade in areas with low air temperatures. The calculation of the overall stability of slopes or slopes closed by geogrids as applied to areas where erosion processes are widely developed is given. Accounting processes are usually carried out in the framework of work on individual design, with scientific support. Some general recommendations on the design of structures from geogrids and calculations of their interaction with disconnected soils during cryogenic processes are described. Thermal erosion processes most dynamically develop in the northern part of Western Siberia. Especially active is thermoerosion associated with the activities of temporary streams. On the territory of the Ural Federal District, during the construction, maintenance and repair of roads in a number of sections, slopes and embankment slope surfaces are strengthened to protect against erosion and thermoerosion processes using Geoveb technology with volumetric geogrids.
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