Geohazard in Consequence of Ignoring Primary Stress State and Failure to Observe the Construction Process of Stabilizing Constructions Designed

With slope movements man does not encounter every day, but it should be noted that this happens, and it happens more often. These movements are influenced only by two factors, namely nature and humans themselves. Slope deformations are one of the most widespread and to some extent one of the most dangerous country geohazards and represent significant geobarriers to urbanization planning. With gradually expanding populations comes extensive and demanding technical works built in increasingly complex and less favorable geological conditions. In complex geological conditions, it is mainly about understanding the overall geological environment with the development and effectively designing geotechnical structures to ensure long-term stability. The term effective design encompasses a set of geotechnical construction, which complement each other, so that their final effect has the desired influence. In this paper, we have attempted to describe ways of determining global stability, which is directly conditional on the building progress of stabilizing construction. This procedure creates and directs geotechnical engineers. Any change in construction has an impact on the global calculation, which should be adapted and subsequently verified. This calculation also influences new geological and geomechanical conditions that are specified by the construction process. Contractors may skip these essential steps, due to time and cost skips and thus embarks on the risky work, often with fatal consequences.