Engineering Physics Annotation << Back Корректировка осесимметричных тепловых моделей решением обратной задачи теплопроводности Огородникова В.В., Огородников И.Н. Thermophysical properties of materials, expressed as tabular functions of temperature, represent the coefficients of the nonlinear heat conduction equation and are essential input data for computer simulation of high-temperature processes. This article presents the results of developing algorithmic and software tools for determining the thermophysical properties of non-metallic materials for an inverse coefficient heat conduction problem. The developed software consists of two modules implemented in the SciLab environment. The main module considers thermal conductivity to restore the thermal conductivity coefficient in various temperature ranges, using a genetic method and an optimization method with a quadratic approximation of the cutoff function, iterating through the other module. The additional module defi nes the heat conduction problem, calculates the transient temperature field in a cylindrical coordinate system, and uses finite difference methods to streamline the calculation time compared to a commercial program. Keywords: inverse coefficient heat conduction problem, simulation, axisymmetric model. DOI: 10.25791/infizik.12.2025.1520 Pp. 27-32.