We consider a cylindrical membrane that consists of an isotropic ground substance and
fibers symmetrically arranged in two helically distributed families which are mechanically …

In this paper, we investigate the influence of residual stress on the stability of a solid circular
cylinder subject to axial extension. The nonlinear theory of elasticity is used to derive the …

In this investigation, the mechanical modelling of a hyperelastic residually stressed thick-
walled circular cylindrical tube under inflation and extension is performed from a numerical …

In this article, we study the inflation and bulging of fiber reinforced hyperelastic membranes
in which fibers are symmetrically arranged in two helically distributed families that are …

This article considers a thin-walled hollow cylinder, which is composed of a fibrous and
swellable hyperelastic material. The fibers are arranged in two families and they are taken to …

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 …

In this investigation, the mechanical modeling of nonlinear visco-hyperelastic residually
stressed materials obtained from an invariant-based constitutive energy framework is …

The influence of swelling on prismatic and bending bifurcation modes of inflated thin-walled
cylinders under axial loading is examined. The bifurcation criteria for a membrane cylinder …

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

In this article, we apply sensitivity analysis (SA) to study the pressure–inflation relation and
axial force in a pressurized and extended cylindrical tube. The material consists of an …