Effect of Hall current in transversely isotropic magneto-thermoelastic rotating medium with fractional-order generalized heat transfer due to ramp-type heat

This investigation is focused on the study of Hall current effect in homogeneous transversely isotropic magneto-thermoelastic (HTIMT) rotating medium with fractional-order heat transfer due to ramp-type heat. Investigation of interaction between the strain, thermal and electromagnetic fields becomes a new area of research, which is called magneto-thermoelasticity because of its effective aspects in various domains of science and technology. Laplace and Fourier transform is used for solving field equations. The expressions of temperature, stress components, displacement components, and current density components are computed in the transformed domain. The effects of Hall current, rotation and fractional-order parameter at different values in HTIMT solid are represented graphically.