ABSTRACT
At present, the construction of mine and underground structures is intensively growing in our country. In the mining industry and transport systems, the role of horizontal and inclined mine workings is very large. In their length they cross a rock mass with different stability characteristics. In general, for the support of the workings, they account for 30-40% of the funds spent on driving the workings, therefore, the provided new, inexpensive, innovative design of the lining is relevant. It is especially necessary to carry out scientific work to create a rational innovative technology for the passage of underground workings in an array with complex mining and geological conditions. This paper considers a new approach that will allow to fix the workings, to divide the workings into separate sections along the working route, suitable for specific geomechanical conditions, with fasteners of various designs. As a result, it is possible to achieve an improvement in the technical and economic indicators of tunneling and an increase in labor productivity. The presented reasoned method and fastening methods can be widely applied in the mining industry.
