Abstract
The theory and derivation of the nonlinear thermomagnetoelastic equations of flexible variable-stiffness shells of revolution with allowance for Joule heat in a nonstationary magnetic field are considered. A technique for design of flexible variable-thickness shells of revolution in a magnetic field is proposed. The thermomagnetoelasticity of a truncated flexible conical axisymmetric shell with Joule heating taken into account is analyzed.
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