This text investigates the mathematical and physical modeling techniques required to predict the behavior of rock masses and soil structures under various stress conditions. The authors, a team of specialists in geomechanics, synthesize experimental data and theoretical frameworks to provide a comprehensive methodology for simulating geological environments. By applying these models, the book addresses the core problem of structural stability in mining and civil engineering projects.

Experts recognize this work as a significant contribution to the Russian school of geomechanics, offering specialized insights into structural modeling. Readers frequently note the technical density of the prose, which serves as a foundational reference for researchers and engineers working in rock mechanics.