A squat can look simple until it starts going wrong. Knees drift, backs round, shoulders tighten, and without someone ...
Biomechanics, a rapidly growing field focused on mechanical function and movement regarding biological systems, has seen increased expansion as new technologies enter the discipline. At the University ...
A human lower-limb biomechanics and wearable sensors dataset during cyclic and non-cyclic activities
Tasks of daily living are often sporadic, highly variable, and asymmetric. Analyzing these real-world non-cyclic activities is integral for expanding the applicability of exoskeletons, protheses, ...
Track coaches have long claimed that the best sprinters are born, not made. Now, new research on the biomechanics of sprinting suggests that at least part of elite athletes' impressive speed comes ...
The biomechanics of human walking are well documented for standard conditions such as for self-selected step length and preferred speed. However, humans can and do walk with a variety of other step ...
Imagine trying to explain how to run to someone who’d never done it before—the incredibly complex sequence of forces and joint angles and muscle contractions that you need to coordinate in exactly the ...
Correspondence to Professor Kay M Crossley, La Trobe Sport and Exercise Medicine Research Centre, School of Allied Health, La Trobe University, Bundoora, VIC 3086, Australia; k.crossley{at}latrobe.edu ...
“Biomechanics” has become a buzzword of sorts in the golf community, perhaps reaching peak prominence when Tiger Woods hired Chris Como, then a biomechanics graduate student, to be his swing coach in ...
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