Effect of Porosity and Thermal Medium on the Vibration Characteristics of Two-Dimensional FGM Plates

The present method develops the rectangular component and has four nodes owning degrees of freedom, seven per each joint formed with the author and his co-workers. It is applied to determine the vibration characteristics of porous two-dimensional functionally graded material (FGM) plates. The performance of the adopted element is evaluated by examining the present results of the fundamental frequency parameters with the published results. It followed that the performance of the present aspect is considered adequate for the temperature-dependent material porous plates under the heated conditions discussed in this investigation with supported boundary circumstances. The effect of even and uneven porous distributions on free vibration characteristics of the two-dimensional plate studied in detail. Observe the distribution of 2D properties’ impact on the natural frequency of plate. Also, the influence of the rise in temperature on two-dimensional FG plates examined in the present work.