The wave based method (WBM) is used to analyze the free vibration characteristics of
functionally graded material (FGM) cylindrical shell with arbitrary boundary conditions. The …

In this work, a fifth-order shear deformation theory is computed using the layer-wise model to
determine non-dimensional fundamental frequencies. The theoretical, experimental, and …

In this article, a numerical spectral-Tchebyshev (ST) technique is applied to solve the free
vibration strong solution of the coupled structures of laminated composite conical, cylindrical …

In this paper, the nonlinear vibrations of a carbon fiber reinforced polymer (CFRP) laminated
cylindrical shell are investigated with 1: 2 internal resonance, primary parametric resonance …

In this article, the power series method is adopted to investigate the free vibration
characteristics of the composite laminated conical, cylindrical shell, and annular plate with …

By combining the first-order shear deformation theory (FSDT) with the spectral-Tchebychev
(ST) technique, including the arbitrary boundary conditions, this paper analyzes the free …

The cylindrical shell structure is an important kind of the primary structures in many
engineering community. Under axial excitation and radial line load, the nonlinear radial …

In this paper, the wave based method (WBM) is presented to analyze the free vibration of
composite laminated cylindrical shells with general classical and elastic restrained …

A symplectic wave-based method is proposed in this paper for the forced vibration analysis
of thin cross-ply laminated cylindrical shells with arbitrary boundary conditions. Firstly, based …

In this paper, a novel isogeometric scaled boundary finite element method (IGSBFEM) is
developed to provide a comprehensive investigation into bending and free vibration of …