The weak form quadrature element method is applied to vibration analysis of thin plates with
side cracks. Eigenfunctions are introduced into the inner square domain around the crack …

The aim of this study is to calculate natural frequencies and harmonic responses of cracked
frames with general boundary conditions by using transfer matrix method (TMM). The TMM …

In the present paper, an isogeometric analysis formulation along with the Nitsche technique
is implemented based on the first order shear deformation plate theory to investigate the …

In this study, free vibration analysis of cracked plates was performed by using peridynamics
(PD). A peridynamic Mindlin plate formulation was used and the numerical implementation …

In this study, the moving least squares (MLS)-Ritz method, which involves combining the
Ritz method with admissible functions established using the MLS approach, was used to …

In this work, moving least squares differential quadrature scheme is employed to formulate
and solve the free vibration analysis of cracked plates resting on the Winkler–Pasternak …

In this study, the optimization of free vibration and flutter analysis of a composite plate with
the implementation of different boundary conditions is investigated. The governing …

Analytical solutions to problems are crucial because they provide high-quality comparison
data for assessing the accuracy of numerical solutions. Benchmark analytical solutions for …

Buckling is one of the major causes of failure in thin-walled plate members and the presence
of cracks with different lengths and locations in such structures may adversely affect this …

In this research, an effective computational technique is carried out for nonlinear and post-
buckling analyses of cracked imperfect composite plates. The laminated plates are assumed …