Biomechanics
Module code: MEU44BM5 · Semester: Semester 1
Themes: MAI track · Theme 2: Bioengineering/Manufacturing; BSc track · Theme 2: Bioengineering/Manufacturing
Resources
Questions by Year
Topics
- Bone development, growth and biomechanics LO2–3
- Cartilage, intervertebral disc, ligament, tendon and muscle LO4
- Vascular tissue mechanics and biofluid mechanics LO4, LO8
- Friction and lubrication in synovial joints LO5
- Gait analysis; loads and motion in the musculoskeletal system LO1
- Hip, knee, shoulder, elbow and spine biomechanics LO1, LO5, LO7
- Repair of musculoskeletal and cardiovascular systems; joint replacements LO5–6
- Cell biomechanics and mechanobiology LO9
Learning outcomes
- Use statics to find muscle forces and joint loads
- Relate the structure of bone and teeth to their mechanical properties
- Explain how bone and cartilage grow, adapt and repair
- Relate the structure of soft tissues to their mechanical properties
- Explain how synovial joints work and are replaced with prostheses
- Analyse joint replacement performance
- Understand anatomy of joints, soft tissues and the cardiovascular system
- Model the cardiovascular system mathematically
- Understand cell biology, mechanobiology and mechanotransduction