Many discrepancies are found in the literature regarding the damage and constitutive
models for head tissues as well as the values of the constants involved in the constitutive …

A new 3 dimensional finite element representation of the human head complex has been
constructed for simulating the transient occurrences of simple pedestrian accidents. This …

Finite element (FE) models of the human head have been used extensively to assess
engineering response parameters (pressure, shear strain, etc.) that constitute the basis of …

An investigation utilizing the finite element technique was performed to study the human
head response to impact loading. Three axisymmetric head model configurations were …

To develop protective measures for crash situations, an accurate assessment of injury risk is
required. By using a Finite Element model of the head, the mechanical behaviour of the …

Traumatic head injuries can result from vehicular accidents, sports, falls or assaults. The
current advances in computational methods and the detailed finite element models of the …

Traumatic head injuries remain a common cause of death and severe disabilities around the
world. FE modelling of the head is a well accepted tool to study head impact biomechanics …

The aim of this study is to evaluate all the 58 available NFL cases and compare various
predictors for mild traumatic brain injuries using a detailed and extensively validated finite …

The objective of this study is to quantify the effects of approach for modelling the brain-skull
interface and constitutive model of the brain parenchyma on predicting the brain …

Reliable computer models are needed for a better understanding of the physical
mechanisms of skull fracture in accidental hits, falls, bicycle-motor vehicle & car accidents …