It is very challenging to accurately analyze the displacement and stress fields in the
laminated composite structures due to the transverse anisotropy and higher transverse …

The second edition of this popular text provides complete, detailed coverage of the various
theories, analytical solutions, and finite element models of laminated composite plates and …

Theoretical formulations, the Navier solutions and finite element models based on the
classical and shear deformation plate theories are presented for the analysis of laminated …

In this paper, a refined theory of laminated composite plates with piezoelectric laminae is
developed. The equations of motion of the theory are developed using an energy principle …

Recent developments in adaptive composite structures with distributed piezoelectric
actuators and sensors have attracted significant attention in the research community due to …

A review of theoretical developments in thermopiezoelasticity having relevance to smart
composite structures is presented. The equations governing linear response of …

Smart composite laminates (SCLs) consist of active piezoelectric layers bonded to or
embedded in a host structure to form self–adaptive systems. The importance of SCLs is …

This work studies large amplitude free vibration of piezoelectric laminated doubly curved
panels reinforced with zigzag/armchair graphene sheets under uniform temperature rise …

Using Reddy's high-order shear theory for laminated plates and Hamilton's principle, a
nonlinear partial differential equation for the dynamics of a deploying cantilevered …

Nonlinear bending analysis is presented for a simply supported, shear deformable cross-ply
laminated plate with piezoelectric actuators subjected to a transverse uniform or sinusoidal …