This paper presents a critical review of the nonlinear dynamics of hyperelastic structures.
Hyperelastic structures often undergo large strains when subjected to external time …

Soft structures are capable of undergoing reversible large strains and deformations when
facing different types of loadings. Due to the limitations of linear elastic models, researchers …

This paper presents a comprehensive numerical finite element implementation of the
nonlocal strain gradient theory applied to thin laminated composite nanoplates using …

The paper presents a finite element method to investigate the critical buckling loads and the
natural frequencies of laminated Kirchhoff plates including the nonlocal strain gradient …

Soft-materials that respond to external stimuli are very useful for application in soft robotics,
stretchable electronics, biomedical applications etc. Recent times have seen a surge in …

In the present work we derive an analytical expression for the pressure–deflection curve of
circular membranes subjected to inflation. This problem has been studied mostly from a …

The manuscript aims to investigate the static behavior of laminated nanoplates in hygro-
thermal environment. The theoretical framework is based on the Kirchhoff hypothesis for thin …

The current paper aims to analyze the influence on the critical buckling loads of the non-
uniform distribution of the oriented fibers along the thickness direction of three-phase …

In this study, a comprehensive analysis of visco-hyper-elastic thick soft arches under an
external time-independent as well as time-dependent loads is presented from bending and …

This paper deals with the equilibrium problem of fully nonlinear beams in bending by
extending the model for the anticlastic flexion of solids recently proposed by Lanzoni and …