Field coupling in electric-current-carrying composites is studied. Governing equations
describing electromagnetic, thermal, and mechanical field interactions in anisotropic …

The effects of pulsed electromagnetic fields on the dynamic mechanical response of
electrically conductive anisotropic plates are studied. The analysis is based on the …

A geometrically nonlinear theory of magnetothermoelasticity of electroconductive anisotropic
plates in a magnetic field is developed. In this context, the Kirchhoff hypothesis is adopted …

The vibrational behavior of geometrically nonlinear, finitely electroconductive, isotropic
elastic plate strips immersed in an axial magnetic field is investigated. Kirchhoff hypothesis …

The study of the magnetoelastic vibrations of a flat plate immersed in a uniform applied
external magnetic field is presented. Kirchhoff's plate theory and the model of a perfect …

We consider the problem of optimizing the dynamic response of a mechanically loaded,
rectangular, electrically conductive anisotropic composite plate by applying an …

A new two-stage stochastic partial differential equation (PDE)-constrained optimization
methodology is developed for the active vibration control of structures in the presence of …

In this dissertation we investigate methods of solving various optimization problems with
PDE constraints, ie optimization problems that have a system of partial differential equations …

Recent advances in manufacturing of multifunctional materials have provided opportunities
to develop structures that possess superior mechanical properties with other concurrent …