Abstract:
The main objective of this work are numerical analysis based on invariant nonstationary three-dimensional mathematical model of polder systems (PS), mathematical model of soil temperature field and with use of empirical dependencies on the filtration coefficients, soil temperature, moisture permeability and analyze the effect of soil temperature on moisture transport processes in the drained area. The results of numerical calculations of the PS parameters and their interpretation are presented.
Keywords:soil temperature mode; filtration coefficient, moisture conductivity coefficient, heat conductivity coefficient; mathematical model of polder systems; processes of moisture transfer.