Orthopaedic Biomechanics Made Easy by Malik, Shahbaz S. -- Read -- Imperial Library of Trantor

Index

Half title page Title page Copyright page Epigraph Contents Contributors Preface Acknowledgements Part I: Orthopaedic biomaterials and their properties

1. Introduction to orthopaedic biomechanics

Introduction to orthopaedic biomechanics Force Moment of a force Static analysis Static analysis applied to the musculoskeletal system Simple machine Simple machines in the musculoskeletal system Stress and strain Stress–strain curve Mechanical properties Viscoelastic properties of materials

2. Orthopaedic biomaterials and their properties

Structure and properties of materials Metals Alloys Metals in orthopaedics Ceramics Ceramics in orthopaedics Polymers Polymers in orthopaedics Composites Composites in orthopaedics Bone I Bone II

Part II: Engineering theory applied to orthopaedics

3. Modes of loading in the musculoskeletal system

Introduction Compression and tension Bending I Bending II Torsion Material and geometric properties of long bones

4. Biomechanics of fracture

Fundamentals of fracture Mechanism of bone fracture Patterns of bone fractures I Patterns of bone fractures II Patterns of bone fractures III Stress raisers Corrosion Biological process of bone fracture healing Biomechanical process of bone fracture healing

5. Biotribology

Introduction to biotribology Friction Wear Lubrication I Lubrication II Lubrication of synovial joints Lubrication of prosthetic joints

Part III: Clinical biomechanics

6. Biomechanics of the hip and total hip replacement

Axes of the lower limbs Hip joint reaction force I Hip joint reaction force II Total hip replacement: cemented fixation Total hip replacement: cementless fixation Total hip replacement: design and alignment of components Total hip replacement: femoral head size Total hip replacement: bearing surfaces

7. Biomechanics of the knee and total knee replacement

Knee: functional anatomy I Knee: functional anatomy II Knee: flexion–extension arc Knee joint reaction force Total knee replacement: design of components I Total knee replacement: design of components II Total knee replacement: alignment of components

8. Biomechanics of the shoulder

Shoulder: functional anatomy I Shoulder: functional anatomy II Shoulder joint reaction force Shoulder replacement Reversed shoulder replacement

9. Biomechanics of the elbow

Elbow: functional anatomy Stabilisers of the elbow Elbow joint reaction force

10. Biomechanics of the spine

Biomechanics of spinal components I Biomechanics of spinal components II Stability of the spinal column The loads acting on the spinal column

11. Biomechanics of the ankle and foot

The ankle joint Total ankle replacement Three rockers of normal gait The foot

12. Biomechanics of fracture fixation

Introduction to fracture fixation Cast Wires Surgical screw I Surgical screw II Plate fixation I Plate fixation II Intramedullary nail I Intramedullary nail II External fixation I External fixation II External fixation III

13. Trauma meeting: case-based discussions

Mechanics of trauma meeting Fractures of the middle third of clavicle Fractures of the proximal humerus Fractures of the mid-shaft of humerus Intra-articular fractures of distal humerus Distal radius fractures Intertrochanteric fractures of the proximal femur Fractures of distal third of tibia Pilon fractures Ankle fractures

Index

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