Head acceleration measurement sensors are now widely deployed in the field to monitor
head kinematic exposure in contact sports. The wealth of impact kinematics data provides …

Cycling becomes more and more popular for recreation, exercising and commuting in many
countries. Despite the popularity of cycling, it often comes with high level of risk …

E-scooters are the fastest growing mode of micro-mobility with important environmental
benefits. However, there are serious concerns about injuries caused by e-scooter accidents …

Background Comparative studies of different helmet designs are essential to determine
differences in helmet performance. The present study comparatively evaluated the impact …

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 …

Rotational head motion is one of the major contributors to brain tissue strain during head
impacts, which damages axons and vessels and leads to traumatic brain injury. Helmet …

Head injuries are common for cyclists involved in collisions. Such collision scenarios result
in a range of injuries, with different head impact speeds, angles, locations, or surfaces. A …

Road traffic collisions are a major cause of traumatic brain injury. However, the relationship
between road traffic collision dynamics and traumatic brain injury risk for different road users …

Bicycle crashes can result in severe injuries and fatalities, emphasizing the importance of
identifying typical scenarios and characteristics of these crashes to develop effective …

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 …