The analytical solutions for the natural frequencies and mode shapes of the rectangular plate on foundation with four edges free is presented by using the finite cosine integral transform method. In the analysis procedure, the classical Kirchhoff rectangular plate is considered and the foundation is modelled as the Winkler elastic foundation. Because only are the basic dynamic elasticity equations of the thin plate on elastic foundation adopted, it is not need prior to select the deformation function arbitrarily. Therefore, the solution developed by present paper is reasonable and theoretical. In order to illuminate the correction of formulations, the numerical results are also presented to comparing with that of the other references
In this paper, a two-dimensional generalized finite integral transform method is developed for new a...
The free vibration problem of a stepped plate supported on non-homogeneous Winkler elastic foundatio...
In this paper, an analytical approach for free vibration analysis of four edges simply supported rec...
This paper analyses free transverse vibration of a monoclinic rectangular plate of uniform thickness...
This paper analyses free transverse vibration of a monoclinic rectangular plate of uniform thickness...
The free-vibration characteristics of rectangular thick plates resting on elastic foundations have b...
This paper analyses free transverse vibration of a monoclinic rectangular plate of uniform thickness...
AbstractPlates resting on elastic foundations have many engineering applications, especially in the ...
The explicit solutions for the natural frequencies and mode shapes of the orthotropic rectangular pl...
Free vibration analysis of plates made of functionally graded materials and resting on elastic found...
The paper shows how the obtained frequencies and types of natural oscillations of a rectangular plat...
Free vibration analysis of functionally graded thick plates on elastic foundation is carried out bas...
Transverse vibrations of the structural system described in the title are analyzed by using classica...
Differential equations of free/forced vibrations of one-way rectangular stepped thin plates on Winkl...
In this paper, a two-dimensional generalized finite integral transform method is developed for new a...
In this paper, a two-dimensional generalized finite integral transform method is developed for new a...
The free vibration problem of a stepped plate supported on non-homogeneous Winkler elastic foundatio...
In this paper, an analytical approach for free vibration analysis of four edges simply supported rec...
This paper analyses free transverse vibration of a monoclinic rectangular plate of uniform thickness...
This paper analyses free transverse vibration of a monoclinic rectangular plate of uniform thickness...
The free-vibration characteristics of rectangular thick plates resting on elastic foundations have b...
This paper analyses free transverse vibration of a monoclinic rectangular plate of uniform thickness...
AbstractPlates resting on elastic foundations have many engineering applications, especially in the ...
The explicit solutions for the natural frequencies and mode shapes of the orthotropic rectangular pl...
Free vibration analysis of plates made of functionally graded materials and resting on elastic found...
The paper shows how the obtained frequencies and types of natural oscillations of a rectangular plat...
Free vibration analysis of functionally graded thick plates on elastic foundation is carried out bas...
Transverse vibrations of the structural system described in the title are analyzed by using classica...
Differential equations of free/forced vibrations of one-way rectangular stepped thin plates on Winkl...
In this paper, a two-dimensional generalized finite integral transform method is developed for new a...
In this paper, a two-dimensional generalized finite integral transform method is developed for new a...
The free vibration problem of a stepped plate supported on non-homogeneous Winkler elastic foundatio...
In this paper, an analytical approach for free vibration analysis of four edges simply supported rec...