In this paper, we investigated elastic instabilities in soft particulate composites under finite
strains. Through our numerical analysis, we find distinct instability modes developing in the …

We analyze bifurcation for a cylindrical membrane capable of swelling subjected to
combined axial loading and internal pressure. The material is conceptualized as an isotropic …

The helical stability experienced by elastic cylinders is investigated using numerical
methods. A doubly fiber-reinforced incompressible nonlinear elastic tube subject to axial …

Two-phase piecewise homogeneous plane deformations are examined in respect of a neo-
Hookean matrix material reinforced with embedded aligned fibres characterized by a single …

In this paper, we propose a spectral approach to model finite deformations of fibre-reinforced
elastic solids with fibre bending stiffness. The constructed constitutive equations depend on …

This paper investigates the elastic instability behavior in soft periodic laminates subjected to
finite strains, with a focus on both macroscopic and microscopic instabilities. Considering the …

The purpose of the present research is to investigate how the nonlinearity and the boundary
conditions have the power to influence the coupling of the various modes of deformation …

Fiber-reinforced materials are widely observed in biological tissue such as human arteries
and tendons. Characterizing the influence of fibers on crack-tip fields in such nonlinear …

Problems of inflation, extension and torsion of hyperelastic rods and tubes are of great
interest for modelling and characterizing rubber-like materials and soft biological tissues. For …

The purpose of this paper is to investigate the torsion and azimuthal shear of an
incompressible hyperelastic cylinder having a modified Gent-Thomas strain energy with …