'Force couple' presentation slideshows

Basic structural theory

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Biomechanics Guest Lecture - Kinesiology

Biomechanics Guest Lecture - Kinesiology. Sean Collins. Why biomechanics?. How does biomechanics fit into kinesiology? . What is the difference between biomechanics and kinesiology? How do biomechanics, kinesiology and exercise physiology complement one another?. Mechanics.

3.07k views • 50 slides

4.6 Moment due to Force Couples

4.6 Moment due to Force Couples. A Couple is defined as two Forces having the same magnitude, parallel lines of action, and opposite sense separated by a perpendicular distance.

947 views • 37 slides

Chapter 3 Biomechanics Concepts I

Chapter 3 Biomechanics Concepts I. Biomechanics: Study of biological systems by means of mechanical principles Sir Isaac Newton, father of Mechanics. Basic types of Motion. Linear rectilinear curvilinear Angular or rotational Combined or general. Human Analysis.

568 views • 34 slides

Chapter 3 Rigid Bodies : Equivalent Systems of Forces Part -2

Chapter 3 Rigid Bodies : Equivalent Systems of Forces Part -2. Two forces F and - F having the same magnitude, parallel lines of action, and opposite sense are said to form a couple. Couple. B. r. r B. A. r A. Moment of A Couple. Moment of the force F,. - F. M O = r A x F. F.

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155 views • 15 slides

Torque Applications

Torque Applications. 1. Sprinting 2. Lower Back 3. Pushups 4. Weight lifting 5. Stability 6. Force Couple. Torque Applications. 1. Sprinting. Hip, knee flexion Swing phase Reduce moment arm. Torque Applications. 1. Sprinting Extreme flexion of the hip and knee

704 views • 13 slides