Two-dimensional mesoscale finite element analysis (FEA) of a multilayered brain tissue was
performed to calculate the damage-related average stress triaxiality and local maximum von …

Blood vessels are much stiffer than brain parenchyma and their effects in finite element (FE)
brain models need to be investigated. Despite the publication of some comprehensive three …

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 …

Mechanical properties of brain tissue characterized in high-rate loading regime are
indispensable for the analysis of traumatic brain injury (TBI). However, data on such …

The continuous softening behavior of the brain tissue, ie, the softening in the primary loading
path with an increase in deformation, is modeled in this work as a state of hyperelasticity up …

Dissection and removal of lesion areas are fundamental operations in brain surgeries.
Therefore, damage and fracture models are needed to simulate dissection and removal …

Linking head kinematics to injury risk has been the focus of numerous brain injury criteria.
Although many early forms were developed using mechanics principles, recent criteria have …

This study is aimed to develop a high quality, extensively validated finite element (FE)
human head model for enhanced head injury prediction and prevention. The geometry of …

This study is aimed to develop a next-generation, high quality, extensively validated finite
element (FE) human head model for enhanced head injury prediction and prevention. The …

In 21st century, traumatic Brain Injuries (TBI) due to blast exposure or head impacts in
contact sports, accidents are one of most critical research area. But the area of TBI is poorly …