Course topics Muscle biomechanics Tendon biomechanics Bone biomechanics.
Biomechanics of Human Movement Dr. Steve McCaw
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Transcript of Biomechanics of Human Movement Dr. Steve McCaw
Biomechanics of Biomechanics of Human MovementHuman Movement
Dr. Steve McCawDr. Steve McCawhttp://http://www.cast.ilstu.edu/mccawwww.cast.ilstu.edu/mccaw//
KinesiologyKinesiology
Kines: Latin ==> “motion”Kines: Latin ==> “motion” logos: “study of”logos: “study of” Study of Motion.Study of Motion.
Biomechanics==>The study of forces acting on a living body and the motion caused by the forces.
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow living bodiesliving bodies can move. can move.
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To answer really important questions.To answer really important questions.
Can a cow really jump over the moon?
Secret, classified NASA photograph (really real!!). Don’t tell anybody I have this/you have seen it.
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.
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Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To To enhance enhance skill performanceskill performance
• elite performerselite performers• USOC, professional sports, WNBAUSOC, professional sports, WNBA
Vsevolod Meyerhold’s Biomechanical Theatre1920’s
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To To enhance enhance skill performanceskill performance
• elite athleteselite athletes• USOC, professional sports, WNBAUSOC, professional sports, WNBA
• physical challengesphysical challenges• ACL deficitACL deficit
• CP gaitCP gait
• WheelchairWheelchair
• age-related diseaseage-related disease
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To To enhance enhance skill performanceskill performance
• elite athleteselite athletes• USOC, professional sports, WNBAUSOC, professional sports, WNBA
• physical challengesphysical challenges• ACL deficitACL deficit
• CP gaitCP gait
• WheelchairWheelchair
• age-related diseaseage-related disease
More on gait analysis: Children’s Hospital, San Diego
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To enhance To enhance skill performanceskill performance • To To lower the risk for lower the risk for injuryinjury
• Injury MechanismsInjury Mechanisms• Stress body is exposed toStress body is exposed to
• Tissue TolerancesTissue Tolerances• Stress that causes injuryStress that causes injury
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To enhance To enhance skill performanceskill performance • To To lower the risk for lower the risk for injuryinjury
• Exercise equipment & techniqueExercise equipment & technique
• shoes & surfacesshoes & surfaces
• braces & orthoticsbraces & orthotics
• AutomobilesAutomobiles
• collisionscollisions
EquineBiomechanics
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To enhance To enhance skill performanceskill performance • To To lower the risk for lower the risk for injuryinjury
• Exercise equipment & techniqueExercise equipment & technique
• shoes & surfacesshoes & surfaces
• braces & orthoticsbraces & orthotics
• AutomobilesAutomobiles
• collisionscollisions
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To enhance To enhance skill performanceskill performance • To To lower the risk for lower the risk for injuryinjury
• Exercise equipment & techniqueExercise equipment & technique
• shoes & surfacesshoes & surfaces
• braces & orthoticsbraces & orthotics
• AutomobilesAutomobiles
• collisionscollisions
MacLean’s10/7/02
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To enhance To enhance skill performanceskill performance • To To lower the risk for lower the risk for injuryinjury
• Exercise equipment & techniqueExercise equipment & technique
• shoes & surfacesshoes & surfaces
• braces & orthoticsbraces & orthotics
• AutomobilesAutomobiles
• collisionscollisions
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To enhance To enhance skill performanceskill performance • To To lower the risk for lower the risk for injuryinjury
• Exercise equipment & techniqueExercise equipment & technique
• shoes & surfacesshoes & surfaces
• braces & orthoticsbraces & orthotics
• AutomobilesAutomobiles
• collisionscollisions
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To enhance To enhance skill performanceskill performance • To To lower the risk for lower the risk for injuryinjury
• Exercise equipment & techniqueExercise equipment & technique
• shoes & surfacesshoes & surfaces
• braces & orthoticsbraces & orthotics
• AutomobilesAutomobiles
• collisionscollisions
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To enhance To enhance skill performanceskill performance • To To lower the risk for lower the risk for injuryinjury
• Exercise equipment & techniqueExercise equipment & technique
• shoes & surfacesshoes & surfaces
• braces & orthoticsbraces & orthotics
• AutomobilesAutomobiles
• collisionscollisions
Why study Biomechanics?Why study Biomechanics?
To understand To understand howhow people can move. people can move.• To enhance To enhance skill performanceskill performance • To To lower the risk for lower the risk for injuryinjury
• Exercise equipment & techniqueExercise equipment & technique
• shoes & surfacesshoes & surfaces
• braces & orthoticsbraces & orthotics
• AutomobilesAutomobiles
• collisionscollisions
Careers in BiomechanicsCareers in Biomechanics
Workplace Evaluations Workplace Evaluations • KNR 342, Occupational BiomechanicsKNR 342, Occupational Biomechanics
• Caterpillar, Mitsubishi/St. Joe’sCaterpillar, Mitsubishi/St. Joe’s
Clinical ResearchClinical Research• Steadman-Hawkins Sports Medicine FoundationSteadman-Hawkins Sports Medicine Foundation
Athletic TrainingAthletic Training Strength & ConditioningStrength & Conditioning