INTERACTION BETWEEN MAGNETIC FIELDS AND THIN SHELLS

The motion of an elastic conductive medium in a magnetic field is a complex phenomenon that can have various effects and applications. Boundary value problems of magnetoelasticity are an important tool for the analysis and design of materials and structures that are exposed to magnetic fields and mechanical loads. Solving these problems allows engineers and scientists to optimize the characteristics of these materials and devices for various applications. In this paper, the magnetoelastic deformation of current-carrying shells under the influence of magnetomechanical forces is mathematically modeled. Numerical results are obtained and an analysis of the results is carried out.