![]() ![]() Several aspects of the model involving relevant parameters, fiber orientations, lay-up number, length-to-length, stiffness ratios, etc. Numerical examples with different shapes of plates are presented and the achieved results are compared with reference solutions available in the literature. Since the advantage of the interpolation functions, the method is more convenient and no special techniques are needed in enforcing the essential boundary conditions. The present formulation is based on the classical plate theory while the moving Kriging interpolation satisfying the delta property is employed to construct the shape functions. A detailed analysis of natural frequencies of laminated composite plates using the meshfree moving Kriging interpolation method is presented.
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