Purpose Non-neutral neck positions are important initial conditions in impact scenarios,
associated with a higher incidence of injury. Repositioning in finite element (FE) neck …

In the last decade, computational models of the brain have become the gold standard tool
for investigating traumatic brain injury (TBI) mechanisms and developing novel protective …

Mild traumatic brain injury (mTBI) may be caused by occupational hazards military
personnel encounter, such as falls, shocks, exposure to blast overpressure events, and …

Finite element head models offer great potential to study brain-related injuries; however, at
present may be limited by geometric and material property simplifications required for …

Denticulate ligaments play a key role in stabilizing the spinal cord (SC). Accurate
representation of these structures in finite element modelling, whether in quasi-static or …

Cervical spondylotic myelopathy can damage the nerves and structures of the
subarachnoidal canal. The spinal cord is attached to the subarachnoidal canal via structures …

There have been many studies on human head–neck biomechanical models in the last two
decades, and the associated modelling techniques were constantly evolving at the same …

Mild traumatic brain injury (mTBI) may be caused by occupational hazards military
personnel encounter, such as falls, shocks, exposure to blast overpressure events, and …