Crash test dummies serve as human surrogates in automotive crash simulations, and
accelerations monitored in the heads of these dummies are used for assessment of human …

Head impact sensors measure head kinematics in sports, and sensor accuracy is crucial for
investigating the potential link between repetitive head loading and clinical outcomes. Many …

According to the US Defense and Veterans Brain Injury Center (DVBIC) and Centers for
Disease Control and Prevention (CDC), mild traumatic brain injury (mTBI) is a common form …

This paper aims at investigating brain injury mechanisms and predicting head injuries in real
world accidents. For this purpose, a 3D human head finite element model (HBM-head) was …

Wearable kinematic sensors can be used to study head injury biomechanics based on
kinematics and, more recently, based on tissue strain metrics using kinematics-driven brain …

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 …

The ballistic performance of helmets has contributed to increased soldier survivability
through the prevention of penetrating injuries. However, the efficacy of helmets in mitigating …

Traumatic brain injury (TBI), particularly from explosive blasts, is a major cause of casualties
in modern military conflicts. Computational models are an important tool in understanding …

Finite element head models represent a valuable tool to investigate brain injury due to head
impacts. A biofidelic model is, therefore, necessary to obtain accurate and realistic results …

Blast-induced traumatic brain injury (bTBI) is a rising health concern of soldiers deployed in
modern-day military conflicts. For bTBI, blast wave loading is a cause, and damage incurred …