Vibration of a Thermoelastic Microbeam due to the Thermoelectrical Effect of a Strip of Graphene

In this work, an analysis of thermoelastic, homogeneous, and isotropic microbeams was conducted in the context non-Fourier heat conduction law. The first end microbeam based on a graphene strip, which connected to electrical voltage source. Under simple boundary conditions maintained by fixed side ratios, Lord–Shulman model generalized thermoelasticity applied. thermally loaded with source due thermal effect current that ran through strip graphene. Laplace transformation time variable utilized solve controlled differential equations. All solutions were found transform domain. Tzou's approximation approach, relies iteration formula, used numerically calculate inversions. For different values resistance graphs show numerical results. reported have significant influences all studied functions microbeam. Thus, controlling microbeam’s vibration energy could be accomplished tuning applied voltage.