The static and dynamic problems of thin functionally graded shells (FGSs) with in-plane
material inhomogeneity are investigated in this work. Governing equations are derived …

In this paper, optimal active vibration control of a micro sandwich beam is studied. Face
sheets are made from piezoelectric materials and reinforced by functionally graded …

In this paper, the vibration response of the double-FG porous beam system (DFGPBS) acted
by a moving load is investigated. The DFGPBS composed of two parallel FG porous beams …

In this research, forced vibration analysis of a concrete slab reinforced by SiO 2
nanoparticles is investigated. The Mori-Tanaka low is used for obtaining the material …

A safety–critical electromechanical clutch control unit is designed and tested in a laboratory
environment to prevent catastrophic conditions. The proposed system forces the user to …

This work studies the nonlinear post-instability responses of in-plane bi-directional
functionally graded (FG) simply-supported and clamped thin panels. The post-flutter …

Abstract The Radial Basis Function-Pseudo Spectral method (RBF-PS) is used to study the
geometrical nonlinear behavior of composite plates. A first order shear deformation theory is …

Purpose This paper studies the nonlinear free and forced vibration of in-plane bi-directional
functionally graded (FG) metal nanocomposite plates considering uncertain material elastic …

The current work presents an analytical procedure for the free vibration characteristics and
dynamic response of an axisymmetric cylindrical shell that has finite length and it is made of …

Present work attempts to study the nonlinear dynamic behaviour of bidirectional functionally
graded plates (BFG) along with unidirectional functionally graded plates (UFG). For BFG …