Time Period of Thermal-Induced Vibration of Skew Plate with Two-Dimensional Circular Thickness

In this study, two-dimensional circular thickness effects on time period of skew plate made with nonhomogeneous material properties are computed in variable temperature environment. Clamped C , simply supported id="M2"> S and free-edge id="M3"> F conditions the various combinations considered work. One-dimensional density parabolic variation due to nature Rayleigh–Ritz method is used compute for first two modes vibration. A convergence study frequency edge has also been performed. The present work compared parallelogram rectangle conditions. objective a numerical data as well show how one can control frequencies by taking an appropriate parameters.