Geo Slope Full Crack Software
is an integrated software package for modeling slope stability, soil deformation, and heat and mass transfer in soil and rock. Measurements are carried out in laboratory conditions.
Neural networks for calculating anisotropic cycles / V. I. Migachev, V. A. Elagin, I. V. Vorobyov, A. B. Klimenkov, AVM, Krasnoyarsk, KSTU
This paper presents the software package “Neural Networks for Calculating Heat-Water and Anisothermal Cycles” (NSS) based on the software package of neural networks and discrete logarithm algorithms developed in VIAM laboratories (Zhukovsky). The proposed algorithms allow: – to evaluate heat-water-transfer cyclic processes based on the results of calculations; – make calculations of thermal fields and adiabatic properties of soils and rocks for different temperatures; – calculate temperature minima and maximum temperatures for various temperature fields in the earth’s crust and on the surface; – receive diagrams of heat flows and their changes for various distributions of heat and energy potentials; – to carry out approximate modeling of aniso- and athermocycles for various cases of rock weathering; – to determine isotherms on the Earth’s surface and in the Earth’s atmosphere for various regions of the globe.
Key words – program, modeling, heat and mass transfer, heat balance, density, sampling, temperature profiles, depression and depression-slag structures.
Geophysical modeling of 2D fracturing / A. I., Bugaeva, I., Kalashnikov, I. E., Proskurnin, Yu. G., Balashov V. E., Vartanov Yu. I.; Ed. T. V. A. Khorosheva; All-Russian Research Institute of Aviation Materials, Vladimir.
This article presents a method based on the analysis of fractured massifs, fracture structure and its structural variation, namely, correlation analysis. As the main parameter, the time interval corresponding to the measurement of the depth of fractures in the massif and/or fracture geometry is considered. This approach allows an efficient method to quantify the nature of fractures in geological sections, and therefore to programs