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  Risk Level Control by Geotechnical Monitoring on Different Tunnel Projects Stages

  Geotechnical risks make the most significant contribution to the level of uncertainty in making design and constructive decisions due to their nonlinear variability both in terms of area and depth, and in time. For the purposes of geotechnical risk control in time can be successfully applied tools of digital geomechanics, mathematical modelling, deep learning methods based on neural networks, algorithms for evaluating the technical condition of underground structures based on BIM technology. The initial information is the field study of the stress-strain state of structures and enclosing environment as a part of the system of multi-disciplinary geotechnical monitoring which provides the development of possible accidents scenarios with the manifestation of each risk-criterion indicator hazardous for the tunnel.

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