In this paper exact closed-form solutions of3-D elasticity theory are presented to study both in-plane and out-of-plane free vibrations for thick functionally graded simply supported rectangular plates.The solution procedure of the transverse vibration utilizes Levinson\u2019s representation form to describe the displacement; in this way, the 3-D elasto-dynamic equations are written in terms of some suitable independent functions satisfying ordinary differential equations. A similar procedure is presented for in-plane vibration by introducing an appropriate displacement \ufb01eld. In each case, the obtained ordinary differential equations are analytically solved and boundary conditions are satis\ufb01ed. The proposed solutions are validated...
Three-dimensional elastic solutions are obtained for a functionally graded thick circular plate subj...
The approach by Siu and Bert and by Leissa that was originally developed for isotropic plates is ext...
Three-dimensional (3-D) vibration analysis of thick functionally graded plates and cylindrical shell...
In this paper exact closed-form solutions of 3-D elasticity theory are presented to study both in-pl...
In this paper exact closed-form solutions of 3-D elasticity theory are presented to study both in-pl...
In this article, a new exact closed-form procedure is presented to solve free vibration analysis of ...
Exact closed-form solutions are carried out for both in-plane and out-of-plane free vibration of thi...
A three-dimensional linear, small deformation theory of elasticity solution by the direct method is ...
Three-dimensional vibration solutions are presented for rectangular functionally graded plates with ...
With the widespread application of composite structures in engineering, the static and dynamic analy...
An exact closed-form procedure is presented for free vibration analysis of moderately thick rectangu...
Recently, comprehensive research work has been carried out on the free vibration analysis of thick r...
Free vibration analysis of plates made of functionally graded materials and resting on elastic found...
This paper describes a method for free vibration analysis of rectangular plates with any thicknesses...
Extended higher-order sandwich plate theory is used to analyze the free vibrations of rectangular sa...
Three-dimensional elastic solutions are obtained for a functionally graded thick circular plate subj...
The approach by Siu and Bert and by Leissa that was originally developed for isotropic plates is ext...
Three-dimensional (3-D) vibration analysis of thick functionally graded plates and cylindrical shell...
In this paper exact closed-form solutions of 3-D elasticity theory are presented to study both in-pl...
In this paper exact closed-form solutions of 3-D elasticity theory are presented to study both in-pl...
In this article, a new exact closed-form procedure is presented to solve free vibration analysis of ...
Exact closed-form solutions are carried out for both in-plane and out-of-plane free vibration of thi...
A three-dimensional linear, small deformation theory of elasticity solution by the direct method is ...
Three-dimensional vibration solutions are presented for rectangular functionally graded plates with ...
With the widespread application of composite structures in engineering, the static and dynamic analy...
An exact closed-form procedure is presented for free vibration analysis of moderately thick rectangu...
Recently, comprehensive research work has been carried out on the free vibration analysis of thick r...
Free vibration analysis of plates made of functionally graded materials and resting on elastic found...
This paper describes a method for free vibration analysis of rectangular plates with any thicknesses...
Extended higher-order sandwich plate theory is used to analyze the free vibrations of rectangular sa...
Three-dimensional elastic solutions are obtained for a functionally graded thick circular plate subj...
The approach by Siu and Bert and by Leissa that was originally developed for isotropic plates is ext...
Three-dimensional (3-D) vibration analysis of thick functionally graded plates and cylindrical shell...