Abstract: In order to simulate the experimental phenomenon of increase of natural frequency to a cantilevered ferromagnetic beam plate in in-plane magnetic fields, a theoretical model for behaving the ...

Abstract: Further theoretical analysis is presented on the instability of superconducting magnets. A three-coil superconducting partial torus with two pin supports is described by a nonlinear theoretical model, which is composed of ...

Abstract: Small free vibrations of a thin elastic clamped circular plate under a compressive thrust applied at its edges is studied near the nonlinear static deformation state. Based on the solution of von Kármán's plate equations ...

Abstract: A series solution approach based on the complex Bessel functions is presented in this paper for the analysis of bending of annual sector plates that are simply supported along their straight (or radial) edges, resting on ...

Abstract: A theoretical study of bending and buckling of ferroelastic plates in the presence of magnetic fields is carried out based on the model that takes into account the nonlinear field-structure interaction. The resultant force ...