Step Rate Manipulation & Tibial Shock Attenuation
Dual-plate force analysis of 48 competitive distance runners demonstrating how a +6% step rate shift lowers peak vertical loading rates and center-of-mass excursion.
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Dual-plate force analysis of 48 competitive distance runners demonstrating how a +6% step rate shift lowers peak vertical loading rates and center-of-mass excursion.
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Ultrasound and optical tracking of gastrocnemius-soleus fascicle behavior during sub-threshold track intervals at 3:45/km velocity.
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Evaluating ground contact time elongation (+16 ms) and pelvic drop angles between kilometer 30 and 42.195 across flat European city marathons.
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Comparing horizontal propulsive impulse and leg-spring stiffness compliance on 13mm synthetic track surfaces versus road asphalt courses.
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High-speed 240Hz kinematic evaluation of knee-drive mechanics and hamstring eccentric deceleration during late swing phase.
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Analyzing metatarsophalangeal (MTP) joint energy absorption and ankle moment arms across varying midsole stack geometries.
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