There is developed a methodical-algorithmic toolkit for the system modeling of the landslide-prone slopes stress state, implementing the new concept and strategy in solving the inverse problem of a sustainable location for the buildings and the constructions in the landslide sites in conditions of destabilizing soil masses degradation factors.
The analysis and theoretical-methodological grounding of mathematical models and numerical methods research lithodynamic processes of the earth surface on PEСM. Due to the great complexity and cumbersome computations to determine the stability coefficients of sliding slopes using variational methods for determining the sliding surfaces is possible only with the full computerization of such calculations.
The analysis of the modern state of program and technical operative diagnostics facilities of the building objects stress-deformed state under difficult engineer-geological and seismic conditions is conducted. The theoretic-methodology ground of experimental methods of complex geophysical researches of the litodynamic earthly surface processes for industrial explosions on an iron-ore quarry the "South ore mining enterprise" is executed.
