The principal goal of the FEBio project is to provide an advanced finite element tool for the
biomechanics and biophysics communities that allows researchers to model mechanics …

Tendons are adapted to carry large, repeated loads and are clinically important for the
maintenance of musculoskeletal health in an increasing, actively ageing population, as well …

Muscle injury and defect affect people's quality of life, and effective treatment is lacking.
Herein, we generated a scaffold to obtain decellularized porcine Achilles tendon …

Remodelling of soft biological tissue is characterized by interacting biochemical and
biomechanical events, which change the tissue's microstructure, and, consequently, its …

The FEBio software suite (www. febio. org) is a set of software tools for nonlinear finite
element analysis in biomechanics and biophysics. FEBio employs mixture theory to account …

With the increasing and refined applications of silicone rubber devices in the biomedical
field, it is of great significance to accurately describe and predict the mechanical behavior of …

We propose a procedure to approximate the large elastic deformations of a fiber reinforced
layer by a two-scale decoupled homogenization numerical procedure. The nonlinear micro …

The aim of this paper is to model the macroscopic response of light-activated shape memory
polymers (LASMPs) subject to mechanical loadings and exposure to light at certain …

Skeletal muscle tissue has a highly complex and heterogeneous structure comprising
several physical length scales. In the simplest model of muscle tissue, it can be represented …

The propagation of Love-type waves due to an impulsive point source in a hydrostatic
stressed transversely isotropic (HSTI) strip clamped between a poroelastic strip and an …