related documents

• Accuracy and prediction of discrete stride kinematics with a low sampling-rate accelerometer  Conference Proceeding
• Asymmetric step frequencies increase the metabolic cost of running  Conference Proceeding
• Biomechanics of the Inside and Outside Leg when Sprinting Along Flat Curves  Conference Proceeding
• Biomechanics predict changes in metabolic cost during running and hopping at different frequencies  Conference Proceeding
• Decreased muscle activity explains the reduced metabolic energy consumption while hopping with and exoskeleton  Conference Proceeding
• Does wasted impulse explain metabolic power during downhill running?  Conference Proceeding
• Effect of Prosthetic Ankle Push-off Power and Foot Stiffness on Biomechanical Symmetry  Conference Proceeding
• Effect of prosthetic ankle push-off power and foot stiffness on individual leg work during walking in people with transtibial amputation  Conference Proceeding
• Effects of Curve Radii on Maximum Curve Sprinting Velocity in Athletes with a Leg Amputation  Conference Proceeding
• Effects of Prosthetic Foot Stiffness on Gait Patterns in Toddlers  Conference Proceeding
• Effects of passive and powered ankle-foot prostheses on muscle activation patterns during level-ground walking  Conference Proceeding
• Effects of prosthesis & bike configuration in recreational riders with unilateral transtibial amputataion  Conference Proceeding
• Effects of real-time visual feedback on metabolic power during walking in people with transtibial amputation  Conference Proceeding
• Force-Time based Performance Measures in Sport Climbing  Conference Proceeding
• Functional roles of muscles and passive and powered prostheses on slopes  Conference Proceeding
• How do asymmetric biomechanics affect the metabolic cost of running for athletes with unilateral transtibial amputation?  Conference Proceeding
• How do prosthetic stiffness, height, and running speed affect the biomechanics of athletes with bilateral transtibial amputations?  Conference Proceeding
• Independent contributions of supporting body weight and accelerating body mass on metabolic power during walking on uphill and downhill slopes  Conference Proceeding
• Independent contributions of weight and mass to the metabolic cost of walking uphill and downhill  Conference Proceeding
• Is leg muscle strength correlated with metabolic power in people with unilateral transtibial amputation?  Conference Proceeding
• Joint Power Contributions while Hopping with Variable Stiffness, Full-Leg Exoskeletons: A Pilot Study  Conference Proceeding
• Lower limb kinetics during curve sprinting in athletes with a leg amputation  Conference Proceeding
• Mass added to a running-specific leg prosthesis increases metabolic power during running  Conference Proceeding
• Metabolic and muscle activity during walking up- and down-hill using a powered leg prosthesis  Conference Proceeding
• Metabolic cost and leg stiffness of hopping with different exoskeleton spring stiffness profiles in parallel to the legs  Conference Proceeding
• Optimized Stiffness and Power of an Ankle-Foot Prosthesis may Reduce Metabolic Power during Walking  Conference Proceeding
• Running-specific prosthetic model affects top sprinting speed in athletes with unilateral transtibial amputations  Conference Proceeding
• Sacral accelerations predict whole body kinetics and stride kinematics during running  Conference Proceeding
• The effects of joint quasi-stiffness on leg stiffness during sloped running  Conference Proceeding
• The effects of real time visual feedback on metabolic cost during walking in people with transtibial amputation  Conference Proceeding
• Use of Real-time Visual Feedback of Peak Propulsive Force in People with Unilateral Transtibial Amputation  Conference Proceeding
• Use of a powered prosthesis increases peak ankle power, but not effective foot arc length compared to a passive prosthesis during walking on slopes  Conference Proceeding