Sizing circular cylindrical bodies of annular cross-section subjected to surface forces and
thermal loads is one of the classic topics of Machine Design Theory and Methodology. And it …

This study presents a comprehensive investigation of the static analysis of a shear-
deformable aircraft wing made of functionally graded materials (FGMs). A finite element …

A new method has been presented for static analysis of macro-and nano sector plates with
variable thickness. The thickness variations are assumed linearly, functionally, and also …

This paper presents hygrothermomechanical bending analysis of variable-thickness thin
rectangular plates. Two opposite edges of the present variable-thickness plate are clamped …

A unified bran-new wavelet algorithm has been proposed for solving large bending of
clamped or simply supported variable-thickness plates resting on nonlinear triparametric …

Present paper is devoted to stress and deformation analysis of functionally graded annular
sandwich plates subjected to non-uniform normal and/or shear tractions. In spite of its wide …

The objective of this work is the derivation of an analysis methodology for composite circular
plates undergoing radial bending. This class of plates features a circumferential variation of …

Non-linear analysis of two-directional functionally graded annular sector plates has not been
performed yet. The present paper focuses on the non-linear bending analysis of variable …

This study presents a comprehensive investigation into the static analysis of porous
functionally graded material cooling plates with cutouts, employing a sophisticated …

This article is concerned with the hygrothermal bending response of the sector-shaped
annular plate with variable radial thickness based on Kirchhoff plate theory. The variable …