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Effects of different hardness in bionic soles on lower limb biomechanics
Y. Zhang
, Siqin Shen
, Julien Baker
, Yaodong Gu
Research output
:
Contribution to journal
›
Article
›
peer-review
2
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Citations (Scopus)
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Keyphrases
Shoes
100%
Bionic Shoes
100%
Lower Limb Biomechanics
100%
Plantar Pressure
40%
Jogging
40%
Contact Area
40%
Ankle
20%
Gait Pattern
20%
Gait Analysis
20%
During Exercise
20%
Protective Effect
20%
Ground Reaction Force
20%
Knee
20%
Range of Motion
20%
Male Subjects
20%
Vertical Average Loading Rate
20%
Comparisons with a Control
20%
Sagittal Plane
20%
Forefoot
20%
Pressure-time Integral
20%
Peak Pressure
20%
Horizontal Plane
20%
Frontal Plane
20%
Footwear
20%
Overuse Injury
20%
Sports Shoes
20%
Midfoot
20%
Proprioceptive Ability
20%
Strength Stability
20%
Neuromuscular Strength
20%
Biomechanical Measurement
20%
Foot Regions
20%
Enhance Stability
20%
Engineering
Biomechanics
100%
Bionics
100%
Contact Area
28%
Joints (Structural Components)
14%
Gait Analysis
14%
Gait Pattern
14%
Reaction Force
14%
Peak Angle
14%
Loading Rate
14%
Sagittal Plane
14%
Peak Pressure
14%
Horizontal Plane
14%
Male Subject
14%
Medicine and Dentistry
Lower Limb
100%
Niacin
100%
Range of Motion
14%
Toe
14%
Forefoot
14%
Heel
14%
Nursing and Health Professions
Nicotinic Acid
100%
Shoe
28%