WEEK6,7: Biomechanics of Bone,
Biomechanical Behaviour Of Bone Depend on Mechanical properties , geometric characteristics, loading mode, direction of loading, rate and frequency of loading as Tension, compression, bending, shear, torsion, Combined loading. Bone function determines by structure of bone. Strongest at resisting compressive stress.,Weakest at resisting shear stress.
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Course Material
- WEEK.1-3: BASIC TERMINOLOGY
- WEEK. 4,5: KINETIC CONCEPTS FOR ANALYZING HUMAN MOTION
- WEEK6,7: Biomechanics of Bone,
- WEEK 7_10: Biomechanics of Articular Cartilage
- WEEK11: Biomechanics of Tendons and Ligaments:
- WEEK 12,13: Biomechanics of Peripheral Nerves and Spinal Nerve Roots
- WEEK 14_16: Biomechanics of Skeletal Muscles
- WEEK 17,18: BIOMECHANICS OF THE HUMAN UPPER EXTREMITY
- WEEK 19-21: Biomechanics Of Human Lower Extremity
- WEEK 22,23: Biomechanics Of Human Spine
- WEEK 24. Ergonomic special consideration,Lifting Analysis
- WEEK 25: Ergonomic Application process
- WEEK 26. Overview And Conceptual Framework Ergonomics and Therapy: An Introduction
- WEEK 27. A Client-Centered Framework for Therapists in Ergonomics
- WEEK.28. Macroergonomics
- WEEK 29. KNOWLEDGE, TOOLS, AND TECHNIQUES. Anthropometry
- WEEK 30: Physical Environment
- WEEK 31: Human Factors in Medical Rehabilitation Equipment Product Development and Usability Testing
- WEEK 32: Seating and Computers and Assistive Technology
- Chapters 19
- Department Allied Health Sciences
- Teacher
Dr. Ayesha Basharat
