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• catalog abstract ""No training in orthopaedics can be considered complete unless it includes an in depth exposure to the basic concepts and techniques of biomechanics. The notion of the human body as a complex mechanism composed of levers, cables, fulcrums, and force actuators provides a foundation for much of our current thinking about the function and treatment of the musculoskeletal system. Yet this very useful body of knowledge is often inaccessible to the busy resident and practicing orthopaedist because of the unremitting rigor with which mechanical analysis is usually pursued and because of the proprietary vocabulary with which it is often described. In preparing A Primer of Biomechanics, the authors have broken down these barriers to provide orthopaedic residents, practicing orthopaedists, and others with a friendlier entree to this important material."--Jacket.".
• catalog contributor b11005658.
• catalog contributor b11005659.
• catalog contributor b11005660.
• catalog contributor b11005661.
• catalog created "c1999.".
• catalog date "1999".
• catalog date "c1999.".
• catalog dateCopyrighted "c1999.".
• catalog description ""No training in orthopaedics can be considered complete unless it includes an in depth exposure to the basic concepts and techniques of biomechanics. The notion of the human body as a complex mechanism composed of levers, cables, fulcrums, and force actuators provides a foundation for much of our current thinking about the function and treatment of the musculoskeletal system. Yet this very useful body of knowledge is often inaccessible to the busy resident and practicing orthopaedist because of the unremitting rigor with which mechanical analysis is usually pursued and because of the proprietary vocabulary with which it is often described. In preparing A Primer of Biomechanics, the authors have broken down these barriers to provide orthopaedic residents, practicing orthopaedists, and others with a friendlier entree to this important material."--Jacket.".
• catalog description "1. Mechanics. Q1. Clinical Question: Distraction Force in Traction -- 2. Moments. Q2. Clinical Question: Forces at the Elbow Joint -- 3. Strength of Materials. Q3. Clinical Question: Colles'-Type Fracture -- 4. Stresses in Bending. Q4. Clinical Question: Fracture of the Femoral Neck -- 5. Stresses in Torsion. Q5. Clinical Question: Spiral Fracture of the Tibia While Skiing -- 6. Stress Shielding of Bone. Q6. Clinical Question: Bone Resorption Under Bone Plates -- 7. Work and Energy Concepts. Q7. Clinical Question: Energy in Jumping -- 8. Stress Raisers, Fracture, and Fatigue. Q8. Clinical Question: Two Bone Plates Close Together -- 9. Biomechanics of Pathology. Q9. Clinical Question: Strength of a Bone with a Tumor -- 10. Mechanics of Treatment. Q10. Clinical Question: External Fixation and Fracture Healing -- 11. Mechanics of Implants. Q11. Clinical Question: Fracture of an Intramedullary Rod -- 12. Considerations in Biomechanical Testing. Q12. Clinical Question: Measuring the Strains in a Femur -- 13. Biomaterials Basics. Q13. Clinical Question: Fracture of a Ceramic Femoral Head -- 14. Orthopaedic Alloys. Q14. Clinical Question: Which Is Better -- Titanium or Cobalt Chrome? -- 15. Corrosion in the Body. Q15. Clinical Question: Use of a Titanium Femoral Stem with a Cobalt-Chromium Head -- 16. Orthopaedic Polymers. Q16. Clinical Question: Polyethylene Wear in Total Knee Components -- 17. Tissue Mechanics. Q17. Clinical Question: Tear of the Patellar Tendon -- Questions Similar to Those of the OITE and Board.".
• catalog description "Includes bibliographical references and index.".
• catalog extent "xvii, 297 p. :".
• catalog hasFormat "Primer of biomechanics.".
• catalog identifier "0387984569 (softcover : alk. paper)".
• catalog isFormatOf "Primer of biomechanics.".
• catalog issued "1999".
• catalog issued "c1999.".
• catalog language "eng".
• catalog publisher "New York : Springer,".
• catalog relation "Primer of biomechanics.".
• catalog subject "1999 A-005".
• catalog subject "612.7/6 21".
• catalog subject "Biomechanical Phenomena".
• catalog subject "Human mechanics.".
• catalog subject "Orthopedics.".
• catalog subject "QP303 .L83 1998".
• catalog subject "WE 103 L933p 1999".
• catalog tableOfContents "1. Mechanics. Q1. Clinical Question: Distraction Force in Traction -- 2. Moments. Q2. Clinical Question: Forces at the Elbow Joint -- 3. Strength of Materials. Q3. Clinical Question: Colles'-Type Fracture -- 4. Stresses in Bending. Q4. Clinical Question: Fracture of the Femoral Neck -- 5. Stresses in Torsion. Q5. Clinical Question: Spiral Fracture of the Tibia While Skiing -- 6. Stress Shielding of Bone. Q6. Clinical Question: Bone Resorption Under Bone Plates -- 7. Work and Energy Concepts. Q7. Clinical Question: Energy in Jumping -- 8. Stress Raisers, Fracture, and Fatigue. Q8. Clinical Question: Two Bone Plates Close Together -- 9. Biomechanics of Pathology. Q9. Clinical Question: Strength of a Bone with a Tumor -- 10. Mechanics of Treatment. Q10. Clinical Question: External Fixation and Fracture Healing -- 11. Mechanics of Implants. Q11. Clinical Question: Fracture of an Intramedullary Rod -- 12. Considerations in Biomechanical Testing. Q12. Clinical Question: Measuring the Strains in a Femur -- 13. Biomaterials Basics. Q13. Clinical Question: Fracture of a Ceramic Femoral Head -- 14. Orthopaedic Alloys. Q14. Clinical Question: Which Is Better -- Titanium or Cobalt Chrome? -- 15. Corrosion in the Body. Q15. Clinical Question: Use of a Titanium Femoral Stem with a Cobalt-Chromium Head -- 16. Orthopaedic Polymers. Q16. Clinical Question: Polyethylene Wear in Total Knee Components -- 17. Tissue Mechanics. Q17. Clinical Question: Tear of the Patellar Tendon -- Questions Similar to Those of the OITE and Board.".
• catalog title "A primer of biomechanics / George L. Lucas, Francis W. Cooke, Elizabeth A. Friis ; illustrations by Danielle Y. Chinn.".
• catalog type "text".