This study focuses on developing a new toolpath strategy for manufacturing near-net shape
corrugated structures using rectangular sheets whose two opposite edges are clamped …

An analytical solution has been developed developed in this research for electro-
mechanical flexural response of smart laminated piezoelectric composite rectangular plates …

This study addresses a comprehensive procedure for the buckling behavior of rectangular
plates with rotationally restrained edges. They are subjected to uniaxial in-plane load that …

The paper aims at the application of a hierarchical wavelet homotopy methodology for
solving nonlinear bending of anisotropic thin plates. The newly mechanical models of …

This study presents a first attempt in deriving new accurate analytical thermal buckling
solutions of orthotropic thin plates through employing a modified two-dimensional Fourier …

Cold-formed steel (CFS) floor systems have been increasingly used in residential and
commercial buildings. The evaluation of vibration performance of these floors is a great …

This paper presents the generalized integral transform method for solving flexural and
elastic stability problems of rectangular thin plates clamped along/2 yb=±and simply …

The elastically line-hinged orthotropic rectangular plates with rotationally restrained edges
are commonly used in engineering applications such as deployable structures. However, it …

In this paper, for the first time, the double finite integral transform method is introduced to
explore the analytical bending solutions of rectangular thin plates with corner supports …

Generalized integral transform solutions for bending problem of orthotropic rectangular thin
plates with rotationally restrained and free edges are presented in this work, including four …