Nonlinear forced vibrations of laminated composite conical shells are investigated by using a higher-order shear deformation theory that includes rotary inertia and geometric nonlinearity in all the kinematic parameters. The system was discretized by using trigonometric expansions. The convergence of the solutions was studied versus the number of degrees of freedom retained in the model. The nonlinear vibration response of laminated composite conical shells to harmonic excitation was studied for different cone angles: hardening and softening response were found according to the geometry. Due to the axial symmetry, a one-to-one internal resonance appeared, as well as quasi-period vibrations. The effect of different lamination sequences on th...
Using degree centigrade continuous, QUAD-8 shear-flexible shell element, based on field consistency...
This paper presents an investigation on the nonlinear vibration behavior of graphene-reinforced comp...
This paper presents the dynamic instability and nonlinear vibration analysis of fluid-filled laminat...
An original and consistent first-order shear deformation theory that retains all the nonlinear terms...
A geometrically nonlinear theory is developed for shells of generic shape allowing for third-order s...
Nonlinear forced vibrations of water-filled, laminated circular cylindrical shells are studied by us...
Skewed modes in geometrically nonlinear forced vibrations of angle-ply laminated circular cylindrica...
An analysis is presented for the free vibration characteristics of isotropic and laminated composite...
The geometrically nonlinear vibration response of truncated thin conical shells is studied for the f...
The present study introduces a rigorous higher-order polynomial in the thickness coordinate to devel...
Analysis of the vibration of a shallow, simply supported, nonsymmetric unbalanced cross-ply laminate...
This thesis presents a generalized numerical method for the geometrically nonlinear analysis of thin...
In this article, nonlinear vibration and dynamic stability analyses of simply supported laminated co...
International audienceA consistent higher-order shear deformation non-linear theory is developed for...
This study presents a semi-analytical solution of nonlinear vibrations of circular cylindrical shell...
Using degree centigrade continuous, QUAD-8 shear-flexible shell element, based on field consistency...
This paper presents an investigation on the nonlinear vibration behavior of graphene-reinforced comp...
This paper presents the dynamic instability and nonlinear vibration analysis of fluid-filled laminat...
An original and consistent first-order shear deformation theory that retains all the nonlinear terms...
A geometrically nonlinear theory is developed for shells of generic shape allowing for third-order s...
Nonlinear forced vibrations of water-filled, laminated circular cylindrical shells are studied by us...
Skewed modes in geometrically nonlinear forced vibrations of angle-ply laminated circular cylindrica...
An analysis is presented for the free vibration characteristics of isotropic and laminated composite...
The geometrically nonlinear vibration response of truncated thin conical shells is studied for the f...
The present study introduces a rigorous higher-order polynomial in the thickness coordinate to devel...
Analysis of the vibration of a shallow, simply supported, nonsymmetric unbalanced cross-ply laminate...
This thesis presents a generalized numerical method for the geometrically nonlinear analysis of thin...
In this article, nonlinear vibration and dynamic stability analyses of simply supported laminated co...
International audienceA consistent higher-order shear deformation non-linear theory is developed for...
This study presents a semi-analytical solution of nonlinear vibrations of circular cylindrical shell...
Using degree centigrade continuous, QUAD-8 shear-flexible shell element, based on field consistency...
This paper presents an investigation on the nonlinear vibration behavior of graphene-reinforced comp...
This paper presents the dynamic instability and nonlinear vibration analysis of fluid-filled laminat...