This study presents a finite element formulation to perform vibration analysis of laminated
composite plates based on the Refined Zigzag Theory of order {2, 2}, namely RZT-{2, 2} …

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 …

The nonaxisymmetric magnetoelastic nonlinear coupling free vibration study is performed
for a conductive thin annular plate in the nonuniform toroidal magnetic field generated by a …

Free vibration of layered circular cylindrical shell filled with fiuid with cross-ply walls
including first order shear deformation theory is presented. The fluid is assumed to be …

The free vibration behavior of quasi-isotropic carbon fiber laminated composite plates
containing circular holes with free-clamped boundary conditions are numerically …

To fill the gap noticed in the literature, this paper presents free vibration results of
symmetrically laminated circular and annular plates having elastic edge constraints. Some …

Free vibration of cross-ply laminated plates using a higher-order shear deformation theory is
studied. The arbitrary number of layers is oriented in symmetric and anti-symmetric manners …

In this paper, the free vibration behaviors of composite laminated annular and circular plates
under complex elastic boundary constraints are investigated. Firstly, Reddy's high‐order …

Fiber‐reinforced elastic laminated composites are extensively used in several domains
owing to their high specific stiffness and strength and low specific density. Several studies …

The paper proposes to characterize the free vibration behaviour of non-uniform cylindrical
shells using spline approximation under first order shear deformation theory. The system of …