Modified direct method in static problems of axi-symmetric non-thin plates

The initial equations for solving the axisymmetric problem are given and consideredboundary conditions on end surfaces average section of design element. As a result, we get system partial differential that can be solved by numerical-analytical (modified) method straight lines. transformation reduced equilibrium in parts, as well models boundary section, shown. value ordinary derivatives written Cauchy form with general is obtained.
 thermal conductivity cylindrical wall was calculated, results were compared analytical calculations other authors, which confirms reliability developed methodology.
 A computer simulation stress-strain state structural element due to complex action temperature, force kinematic effects carried out.
 Important conclusions have been made use modified lines, free from complications arise when using classical