Напружений стан

Development of the generalized lifetime prediction method for composite structures at complex low-cycle loading conditions with taking into account damage

Експериментальний комплекс Ві-02-112

The main result of the work is the development of generalizing phenomenological models of damage for anisotropic CM under static and cyclic loading conditions. A tensor of the damage
parameters for different CM’s and its invariants are shown. The methodology and the corresponding experimental data of CM’s mechanical characteristics for static and low cyclic loading conditions was obtained. Parameters of the developed model was calculated. The dependence of the damage parameters on the anisotropy CM is obtained. It makes it possible to

The system analysis of landslide-prone slopes stress state in terms of seismic and anthropogenic hazards and destabilizing risk factors

Влаштування паль-шпонок верстатами ударно-канатної дії

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.