Due to their intrinsic complexity, it is not easy to model the mechanical behaviour of
biomaterials. Despite the challenges they faced, some researchers have presented …

In this paper, we provide a new example of the solution of a finite deformation boundary-
value problem for a residually stressed elastic body. Specifically, we analyse the problem of …

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 …

This paper deals with applying two main sensitivity analysis (SA) methods, namely, the
Sobol method and the Fourier Amplitude Sensitivity Test (FAST) method on the problem of …

In this paper, we examine the influence of swelling on the bulging bifurcation of inflated thin-
walled cylinders under axial loading. We provide the bifurcation criteria for a membrane …

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 …

We consider a tubular membrane whose mechanical behavior is defined by a strain energy
density function that combines the neo-Hookean model with the Demiray model. Both, the …

The abnormal development of embryos is closely linked to abnormal cell division and
elongation, but the underlying mechanism remains to be elucidated. The embryonic …

We highlight some mechanical aspects of the coupling among deformation, fluid flow,
structural evolution, and reorientation of fibres in fibre-reinforced, hydrated, soft biological …