Koen K. Lemaire

This study shows that different cross-bridge rate parameters in Huxley-type muscle models can produce similar mechanical behavior but vary in metabolic predictions.

This study shows that linear and angular momentum are simultaneously controlled in human walking, explaining correlations between ground reaction forces and center of mass/pressure positions.

This study examines how head orientation affects vestibular signal modulation of paraspinal muscle activity during walking, finding reduced coherence and gain in leftward head orientation.

This study quantifies how biomechanical inverse dynamics analysis is highly sensitive to temporal mis-synchronization in data, showing significant errors in joint moments and powers with even small delays.