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ðĶī
Musculoskeletal Mechanics
Explore how bones, muscles, and joints work as mechanical systems
Lever Systems in Human Joints
Bone as Composite Material
Muscle Contraction Mechanics
Joint Biomechanics
Gait Analysis
âĪïļ
Cardiovascular Fluid Dynamics
Understanding blood flow as fluid mechanics in biological systems
Heart as Mechanical Pump
Blood Flow Dynamics
Pressure Systems
Valve Mechanics
Vascular Resistance
ðŦ
Respiratory Mechanics
Air flow, pressure differentials, and breathing mechanics
Lung Ventilation Mechanics
Pressure-Volume Relationships
Diaphragm Function
Gas Exchange Principles
Respiratory Compliance
ð§
Neural Control Systems
The nervous system as biological control and feedback mechanisms
Motor Control Systems
Feedback Mechanisms
Signal Processing
Reflex Arcs
Neural Networks
ðŽ
Cellular Mechanics
Mechanical properties and processes at the cellular level
Cell Membrane Mechanics
Cytoskeletal Structure
Molecular Motors
Mechanotransduction
Tissue Mechanics
ð
Human Movement Analysis
Biomechanical analysis of human motion and performance
Kinematic Analysis
Force Production
Balance and Stability
Motion Optimization
Sports Biomechanics
ð§° Interactive Learning Tools
âïļ Lever System Demo
ð§ Fluid Dynamics Demo
ðĐ Joint Mechanics Demo
Select a demo above to see it here.