Cycling helmets play a crucial role in protecting against head injuries, however, their
effectiveness in mitigating all types of head injury is limited, particularly traumatic brain …

Bicycle helmets are designed to attenuate both the linear and rotational response of the
head during an oblique impact. Here we sought to quantify how the effectiveness of one …

New oblique impact methods for evaluating head injury mitigation effects of helmets are
emerging, which mandate measuring both translational and rotational kinematics of the …

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 …

Several biomedical applications require knowledge of the behaviour of the scalp, including
skin grafting, skin expansion and head impact biomechanics. Scalp tissue exhibits a non …

The head and helmet frictional interface can affect the head's impact response. However,
headforms have known limitations to their biofidelity, including their friction characteristics …

Oblique impacts of the helmet against the ground are the most frequent scenarios in real-
world motorcycle crashes. The combination of two factors that largely affect the results of …

Bicycle helmets are designed to protect against skull fractures and associated focal brain
injuries, driven by helmet standards. Another type of head injury seen in injured cyclists is …

Approximately 1.6–3.8 million sports-related traumatic brain injuries occur each year in the
US Researchers track the head motion using a variety of techniques to study the head injury …

Traumatic brain injury (TBI) is a prevalent injury among cyclists experiencing head
collisions. In legal cases, reliable brain injury evaluation can be difficult and controversial as …