This paper makes a first attempt to survey and discuss the advances and trends in the
formulations and applications of the finite element modeling of adaptive structural elements …

In the present work, a novel explicit analytical solution is proposed for obtaining twisting
deformation and optimal shape control of smart laminated cantilever composite …

In this paper, we present an optimal low‐order accurate piezoelectric solid‐shell element
formulation to model active composite shell structures that can undergo large deformation …

Shell type components and structures are very common in many mechanical and structural
systems. In smart structural applications, piezolaminated plates and shells are commonly …

The finite element formulation of a degenerate shell element, using higher order shear
deformation theory taking the piezo-electric effect into account is presented. An eight-noded …

Shell type components and structures are very common in many mechanical and structural
systems. Modeling and analysis of adaptive piezothermoelastic shell laminates represent a …

This paper addresses the problems of modeling and bending vibration control of tapered
rotating blades modeled as nonuniform thin-walled beams and incorporating adaptive …

The coupling of aerodynamics and structural mechanics is an important step in the design
process of aeronautical devices with morphing parts. In this article, a 2D–3D coupling …

Smart materials and structures: FEM and BEM simulations A bibliography (1997–1999) -
ScienceDirect Skip to main contentSkip to article Elsevier logo Journals & Books Search …

Models and analytical solutions are formulated and developed for the static behavior of
cross ply smart laminated shells with extension piezoelectric laminae. The models are …