Orthopaedic Biomaterials in Research and Practice |
Contents
Forces and Equilibrium | 1 |
Deformation | 23 |
Mechanical Properties | 57 |
Copyright | |
15 other sections not shown
Common terms and phrases
addition alloys Answer arthroplasty articular cartilage atoms behavior bending biologic biomaterials body bonds brittle called cancellous bone cast cells cement ceramics Chapter chemical chromium clinical cobalt-base alloys collagen components composition compressive constant corrosion cortical bone covalent creep crevice corrosion cycle degradation dependent devices diagram ductile effect elastic elastic modulus electrical electrons endurance limit engineering fabrication failure fatigue femoral fiber fluid force fracture fixation friction host response implant increase initial interface joint replacement load lubrication matrix mechanical properties metal modulus molecules occur orthopaedic oxide passive patients phase plastic deformation plate PMMA polymeric polymers potential Pourbaix diagram PROBLEM produce prosthesis ratio reaction region relatively retrieved S-N curve select best sensitivity shear stainless steel standard stiffness strain rate strength stress-strain curve structure studies surface Table temperature tensile tissue titanium UHMWPE vector viscoelastic viscoelastic material vitro vivo wear debris yield stress