Bradford C. Bennett

University of Virginia Children's Hospital, University of Virginia

Papers

Total Citations

230

H-Index

About

Bradford C. Bennett is a leading researcher in human biomechanics and rehabilitation engineering, whose work bridges the gap between fundamental movement science and transformative assistive technology. His key contributions center on understanding the control of human walking, particularly through the lens of angular momentum—a critical but often overlooked aspect of gait stability. In two highly cited studies (2009, with 87 and 80 citations respectively), Bennett revealed how the body manages angular momentum synergies across different walking speeds, providing foundational insights into how we maintain balance during motion. This deep understanding of gait dynamics directly informed his most impactful applied work: the development and testing of eLEGS, a mobile robotic exoskeleton for individuals with spinal cord injuries (2011, 63 citations). By designing a device with actuated hip and knee joints that supports users through a natural gait pattern, Bennett has helped restore the ability to walk to those who have lost it due to paralysis. His research exemplifies how rigorous biomechanical analysis can drive real-world rehabilitation solutions, making him a pivotal figure in both theoretical and applied movement science.