The 3D dynamic equations in elasticity for a thin transversely inhomogeneous plate are
subject to asymptotic analysis over the low-frequency range. The leading and first order …

Based on classical small deflection plate theory, the governing equation of functionally
graded (FG) plates in thermal environment is derived by using Hamilton's principle. Closed …

In this paper, the author studied free transverse vibration of a thin isotropic simply-supported
functionally graded (FG) rectangular plate with porosity effect based on classical plate …

Forced low-frequency vibrations of a functionally graded thin-walled cylindrical shell
submerged in a compressible fluid are investigated. The problem undergoes asymptotic …

This paper has developed the Levy solution of a size-dependent model for free vibration
analysis functionally graded thin rectangular plate according to the theories of first-order …

This chapter deals with the analytic solution for transient response of functionally graded
(FG) rectangular plates under transverse loadings. The governing equations account for …

The 3D dynamic equations in elasticity for a thin transversely inhomogeneous plate are
subject to asymptotic analysis over the low-frequency range. The leading and first order …

Conventional leaf springs used in the automobile industry are usually produced from
highcarbon steel. But, it has some drawbacks such as susceptibility to corrosion, high …

In this paper, the mechanical buckling behavior of circular plates with variable thicknesses
made of bimorph functionally graded materials (FGMs) under uniform mechanical loading …