Biomechanics applies the principles of classical mechanics to biological systems, revealing how muscles generate force, how joints bear loads during movement, and how the body maintains balance against gravity. From sports performance optimization to rehabilitation engineering and prosthetic design, biomechanical analysis transforms our understanding of human motion.
These simulations let you decompose the gait cycle, calculate joint reaction forces, explore the Hill muscle model, analyze vertical jump projectile trajectories, and test postural stability limits — all with real-time interactive controls and anatomically grounded equations.