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The aim of this article is the evaluation of P-FGM buckling force with simply supported boundry condition by the ABAQUS software. The FGMs are the improved and novel materials that are microstructurally inhomogeneous and their mechanical properties changes continuously along thickness. Generally these materials made of metal and ceramic composition. The Poison ratio of this plates is constant and supposed that the material properties are changed as a power law function along the plate thickness. The loads are in-plane. The results are compared with analytic results for validation. Then the effect of thickness changing and buckling modes are plotted. Also it can be seen that the behavior of FG plates are similar to Isotropic plates. The results are obtained for the plates of Alminum-Alumina.

Layering consideration of FG plates and the calculation of their critical buckling load