As a result of full-scale surveys of parameters of open mining facilities, a set of discrete values is basically obtained. The geomechanical state of the ledges of the sides of the pit and dumps can not be fully represented without obtaining objective information about the dynamics of the deformation regime of the observed object. This information is necessary throughout the life of the quarry, in order to ensure its trouble-free operation. Thus, effective monitoring of the ledges of the sides of quarries and dumps is a necessary part of the mining safety system for the enterprise, and also allows checking the correctness of the previously adopted design solutions for setting the sides and ledges of the quarry to a stationary position. This paper presents a measurement technique that allows obtaining continuous data in real time to ensure the safety of work.
The paper presents the main results of the analysis of the efficiency and suitability of satellite differential radar interferometry methods using free software products and satellite imagery for general purposes. The work used data from the Copernicus program of the European Aerospace Agency; processing was carried out for radar images of the Sentinel-1 satellite family. The result of the research is a series of recommendations on the use of the considered technology and the possibility of its implementation in enterprises, taking into account the revealed features, advantages and disadvantages.
The development of mineral resources requires predicting its possible impact on the undermined rock mass. The aim of this work is to ensure safe and efficient extraction and minimization of losses. This article considers the problem of formation of water conducting fracture zones in terms of its predictability using the finite elements method.
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