abstract In the present paper, for the first time, an attempt has been made to obtain the
solution for bending and stress under the thermal environment using Galerkin Vlasov's …

This research aims to analyze cylindrical shells made of functionally graded porous
materials, focusing on three types of monotonous, symmetric, and nonsymmetric porosity …

In this paper, a new framework for large strain of electro-active viscoelastic polymeric beams
is developed. The kinematical quantities of beam are derived, and then the constitutive …

The present work investigates higher order stress, strain and deformation analyses of a
shear deformable doubly curved shell manufactures by a Copper (Cu) core reinforced with …

Due to the properties of magnetoelectroelastic intelligent material in this paper and the
coupling response of these materials to environmental and systemic changes and due to the …

This article studies dynamic characteristics of a novel porous cylindrical hollow rotor based
on the first-order shear deformation theory and Hamilton's principle. The proposed model is …

The vibration problem of a fluid conveying cylindrical shell consisted of newly developed
multi-scale hybrid nanocomposites is solved in the present manuscript within the framework …

Abstract Magneto-electro-elastic (MEE) materials are composed of piezoelectric (PE)
phases, leading to the existence of a large number of interfaces between phases. Complex …

This paper investigates the vibration characteristics, both linear and non‐linear, of beams
made from functional gradient materials (FGMs) with layers of Terfenol‐D attached to the top …

This work applies a higher order thickness-stretched model for the electro-elastic analysis of
the composite graphene origami reinforced square plate sandwiched by the piezoelectric …