In this paper, the dynamic behavior of bovine brain tissue, measured from in-vitro
unconfined compression tests, is examined and represented through a viscoelastic biphasic …

In this paper, we have introduced a compressible hyper-viscoelastic constitutive model for
human brain tissue. The model is calibrated with the reported experimental data from …

In this study, we propose a computational characterization technique for obtaining the
material properties of axons and extracellular matrix (ECM) in human brain white matter. To …

Knowing the precise material properties of intracranial head organs is crucial for studying
the biomechanics of head injury. It has been shown that these biological tissues are …

Most fatal human skull injuries occur under impact loading conditions, such as car collisions,
where the strain rates fall in the range of intermediate (1/s− 10 2/s) and high (10 2/s− 10 3/s) …

Background and objective: Traumatic brain injuries are one of the leading causes of death
and disability in the world. To better understand the interactions and forces applied in …

Skull reconstruction using cranial implants is often required for repairing skull defects
caused due to trauma, diseases, or malignancy to protect intracranial structures. For …

Background When developing a surrogate model of the human skull, there is a multitude of
morphometric and geometric properties to consider when constructing the model. To simplify …

In this paper, the dynamic behavior of bovine brain tissue, measured from a set of in vitro
experiments, is investigated and represented through a nonlinear viscoelastic constitutive …

Human brain and brainstem tissues have viscoelastic characteristics and their behaviours
are functions of strains, as well as strain rates. Determination of the equilibrium and …