Akademik Veri Yönetim Sistemi
7th International Conference on Earthquake Engineering and Seismology-ICEES, Antalya, Türkiye, 6 - 10 Kasım 2023, cilt.401, ss.329-335, (Tam Metin Bildiri)
Using the example of Bayil landslide slope in Baku, an interesting pattern of intensification of landslide processes with seismic activation was noticed in the territory. It's known that as a result of destruction of structural bonds of clay soils, their energy, dissipating, turns into an energy flow with the release of various physical fields ultimately. In this case, it's quite possible to put forward the following hypothesis. The impact of a combination of energy flows from the depths of the earth should cause the plasticization of the contacts of clay particles that can lead to the activation of landslide processes. Using the reverse analogy technique for the proposed hypothesis, the change in binding energy in soils due to the influence of external energy flows can be described by nonlinear differential equations. These equations present the function of changing the accumulation of energy flow with a gradual increase in the plasticization of clay soils in the form of the Heaviside function. Assessment problem of external energy accumulation progress in clay soils is solved on the basis of studying the kinetics of electrical processes occurring in them with a decrease in strength parameters. Based on reverse analogies and statements about the connection between secondary bonds in clays and electrodynamic activity, we can state the influence of external physical fields on secondary bonds in the contacts of clay particles, which should lead to the opposite effect-the plasticization of clay soil. The hypothesis we put forward is also confirmed by the known effect of increasing metals deformability when exposed to electromagnetic field pulses. For more convincing, we can note some similarity in the microstructures of metals and clay soils.