Table of Contents
Introduction to Biomechanics
Biomechanical Analysis of Movement
Cause and Effect
Kinematics the geometry of motion
Motion Analysis
PPT Slide
Motion Analysis Space and Time
Motion Analysis
Motion Analysis
Temporal Analysis
Temporal Analysis Application: Locomotion
Temporal Analysis Left Front Paw Contact (LFPC) to next Left Front Paw Contact
PPT Slide
Representation of a system of interest as a single point Center of Mass
Total Body Center of Mass (TBCM)
Total Body Center of Mass
PPT Slide
Body Segment Parameters Define Segment End points, Segment Mass, Segment CM, and Moments of Inertia
PPT Slide
PPT Slide
Cause and Effect
Free Body Diagram
Mass Acceleration Diagram
Free Body Diagram = Mass Acceleration Diagram
Analysis of a Multiple Link System beyond the total body center of mass (TBCM)
Linear Position qualitative
Linear Position quantitative analysis
Locomotion
Temporal Analysis Left Front Paw to Left Front Paw
Linear Displacement
Linear Displacement of LFP
Average Linear Velocity of LFP
Angular Position global reference system
Angular Position anatomical reference system
Angular Displacement
PPT Slide
Average Angular Velocity
PPT Slide
Angular Displacement
Projectile Motion special case
High Jumper
Projectile Motion special case
Projectile Motion special case
Flight Phase with air resistance FBD MAD
Tennis Player
FBD MAD
Gymnastics
FBD MAD
Ergonomics
FBD MAD
Projectile Motion
Projectile Motion
Projectile Motion special case
Free Body Diagram special case
Mass Acceleration Diagram special case
Projectile Motion Position
Projectile Motion
Projectile Motion
Projectile Motion
Projectile Motion
Projectile Motion Vertical Velocity
Projectile Motion
Total BodyKinetics
What Causes a Change in Total Body Momentum?
PPT Slide
More Than One Way to Achieve Change in Total Body Momentum
PPT Slide
PPT Slide
PPT Slide
Orientation of TBCM Relative to the Ankle
Joint Kinetics
Joint Kinetics free weights
Joint Kinetics pulley system
Joint Kinetics free weights FBD MAD
Joint Kinetics pulley system FBD MAD
Joint Kinetics free weight FBD MAD
Joint Kinetics pulley system FBD MAD
Segment Angle Relative to Reaction Forces Influences Mechanical Demand
Muscle Forces*
Net Joint Moments Achieved with Different Muscle Activation Patterns
Relationship Between Linear and Angular Motion
Relationship Between Linear and Angular Motion
Relationship Between Linear and Angular Motion
Relationship Between Linear and Angular Motion
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