A study of vibrations of multifiber composite shells is presented. Special attention is paid to the effect of composition of different fibers on the frequency spectrum of a freely vibrating cylindrical shell. The numerical results indicate clustering of frequency spectrum of a freely vibrating cylindrical composite shell as compared with the isotropic shell, and the spectrum varies considerably with the composition of the constituent materials
The free vibration of fiber–metal laminate (FML) thin circular cylindrical shells with different bou...
In this paper, an analytical model for fiber reinforced polymer composite cylindrical shells (FRPCCS...
In this paper, an analytical model for fiber reinforced polymer composite cylindrical shells (FRPCCS...
A study of vibrations of multifiber composite shells is presented. Special attention is paid to the ...
Finite element solutions have been obtained for the eigen- value problems of the free vibrations of ...
The present research aims to investigate the vibration characteristics of stiffened composite cylind...
The present research aims to investigate the vibration characteristics of stiffened composite cylind...
This study compares the effect of stacking sequence on natural frequencies of cylindrical shells for...
Free vibration is analyzed for thin-walled circular cylindrical shells constructed of composite mate...
By means of Hamilton\u27s principle, equations of motion and boundary conditions for free vibrations...
By means of Hamilton\u27s principle, equations of motion and boundary conditions for free vibrations...
By means of Hamilton\u27s principle, equations of motion and boundary conditions for free vibrations...
This paper presents a comprehensive parametric study on the essential effects of symmetric and unsym...
The influence of hard coating on vibration characteristics of fiber-reinforced composite thin shell ...
The influence of hard coating on vibration characteristics of fiber-reinforced composite thin shell ...
The free vibration of fiber–metal laminate (FML) thin circular cylindrical shells with different bou...
In this paper, an analytical model for fiber reinforced polymer composite cylindrical shells (FRPCCS...
In this paper, an analytical model for fiber reinforced polymer composite cylindrical shells (FRPCCS...
A study of vibrations of multifiber composite shells is presented. Special attention is paid to the ...
Finite element solutions have been obtained for the eigen- value problems of the free vibrations of ...
The present research aims to investigate the vibration characteristics of stiffened composite cylind...
The present research aims to investigate the vibration characteristics of stiffened composite cylind...
This study compares the effect of stacking sequence on natural frequencies of cylindrical shells for...
Free vibration is analyzed for thin-walled circular cylindrical shells constructed of composite mate...
By means of Hamilton\u27s principle, equations of motion and boundary conditions for free vibrations...
By means of Hamilton\u27s principle, equations of motion and boundary conditions for free vibrations...
By means of Hamilton\u27s principle, equations of motion and boundary conditions for free vibrations...
This paper presents a comprehensive parametric study on the essential effects of symmetric and unsym...
The influence of hard coating on vibration characteristics of fiber-reinforced composite thin shell ...
The influence of hard coating on vibration characteristics of fiber-reinforced composite thin shell ...
The free vibration of fiber–metal laminate (FML) thin circular cylindrical shells with different bou...
In this paper, an analytical model for fiber reinforced polymer composite cylindrical shells (FRPCCS...
In this paper, an analytical model for fiber reinforced polymer composite cylindrical shells (FRPCCS...