The paper develops a parallel algorithm and program for solving static problems of the theory of elasticity in axisymmetric domains with axisymmetric boundary conditions. The numerical solution is based on the boundary element method. In order to enhance the effectiveness of the computer implementation of the algorithm, the computations are parallelized and the MPI standard is used. The program is tested by comparing the calculation results with known exact solutions. The effectiveness of parallelizing is analyzed. The program is applicable to solving static problems of the theory of elasticity and, as a component of a software system, to solving nonlinear problems.
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