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A method is proposed to allow for the difference of the tensile and compressive moduli of compound orthotropic bodies of revolution subject to nonaxisymmetric loading and heating. The compliance matrix is symmetrized by introducing weighting coefficients that take into account the influence of the sign of stresses in two mutually perpendicular directions on the corresponding coefficients of this matrix Keywords: nonaxisymmetric thermostressed state, body of revolution, orthotropic materials, different tensile and compressive moduli, nonstationary heating

No abstract