Development of a novel test surrogate for evaluating material protection against hockey puck impacts to the neck and clavicle
Published online on October 31, 2025
Abstract
Proceedings of the Institution of Mechanical Engineers, Part P: Journal of Sports Engineering and Technology, Ahead of Print.
During ice hockey, pucks travel at high speeds and have the potential to cause substantial injury. The neck and torso are vulnerable locations where protective materials could mitigate impacts and reduce injury. Currently, neck guards are tested solely ...
During ice hockey, pucks travel at high speeds and have the potential to cause substantial injury. The neck and torso are vulnerable locations where protective materials could mitigate impacts and reduce injury. Currently, neck guards are tested solely ...