In this paper, coupled thermoelasticity without energy dissipation in functionally graded thick hollow cylinder is presented based on Green-Naghdi theory. The material properties are supposed to vary as a power function ...

In this paper a new simple and efficient quasi three-dimensional (quasi-3D) shear deformation theory is presented for the static and free vibration analysis of functionally graded and sandwich plates by using the isogeometric ...

Functionally graded materials are a new generation of advanced inhomogeneous composite

materials, which usually exhibit better performance compared to traditional homogeneous

objects. Since the material properties of FGMs are spatially...

developed isogeometric analysis numerical method is concisely explained and the functionally graded materials are briefly introduced. It is shown that the difficulties encountered in theFinite Element analysis of the FGMs are to a large degree alleviated...

In this paper a thick hollow cylinder with finite length made of two-dimensional functionally graded

material (2D-FGM) and subjected to impact internal pressure is considered. The axisymmetric conditions

are ...

In this article, transient heat conduction in a

cylindrical shell of functionally graded material is

studied by using analytical method. The shell is

assumed to be in axisymmetry conditions. The material...

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of functionally graded material in different times....

In the present article, the dynamic analysis and radial wave propagation phenomenon of stress field in a functionally graded thick hollow cylinder subjected to sudden unloading (as a mechanical shock loading) are stochastically ...