Origami-inspired mechanical metamaterials have recently gained increasing attention in
various engineering fields due to their unique properties determined by the microstructure …

A spectral-dynamic stiffness method (S-DSM) for exact free vibration analysis of general
orthotropic composite plate-like structures is presented in the paper. The method combines …

An improved plate deep energy method without penalty terms is introduced to study the
bending, free vibration and buckling problems of irregular Kirchhoff plates. The finite …

The size effect on orthotropic Kirchhoff-type skew micro-plates is investigated based on a
modified couple stress theory. For a three-dimensional orthotropic body, three additional …

In this paper, several modifications of the Bubnov–Galerkin method for studying flexible
rectangular plates have been constructed and validated. This is to overcome the challenges …

The article deals with the problem of computing efficiently the nonlinear response of a rod
involving a fractional constitutive model, and exposed to random excitation. The constitutive …

This study considered the effect of shear deformation in the bending model, which was
important to assess of the plate buckling loads according to changes in the thickness. The …

A higher-order boundary element procedure is presented for the free vibration analysis of
flexible base plates of rigid fluid storage tanks resting on elastic foundation. The main …

This paper develops an extended separation-of-variable (SOV) method for studying the
eigenbuckling of orthotropic rectangular thin plates with simply supported, clamped, guided …

Based on the coordinate transformation and difference scheme, a deep difference
collocation method (DDCM) that solves the partial differential equations (PDEs) via a square …