Bone Tissue Properties: cortical_bone

Mechanical properties of biological tissues for biomedical engineering and orthopaedic design: cortical bone (longitudinal, transverse, torsion, fatigue), cancellous/trabecular bone (low/medium/high density), articular cartilage (compressive, tensile, shear), fibrocartilage/meniscus, tendon, ligament, intervertebral disc (annulus fibrosus, nucleus pulposus), skin, and arterial wall. Properties include elastic modulus, ultimate tensile/compressive strength, yield strength, ultimate strain, Poisson ratio, and fatigue limit as min/typical/max ranges.

Biomedical Engineeringtissue_type: cortical_bone1 row
tissue typeloading directionelastic modulus GPa max (GPa)elastic modulus GPa min (GPa)elastic modulus GPa typical (GPa)fatigue limit MPa max (MPa)fatigue limit MPa min (MPa)fatigue limit MPa typical (MPa)notespoisson ratio max (dimensionless)poisson ratio min (dimensionless)poisson ratio typical (dimensionless)tissue descriptionultimate compressive strength MPa max (MPa)ultimate compressive strength MPa min (MPa)ultimate compressive strength MPa typical (MPa)ultimate strain pct max (%)ultimate strain pct min (%)ultimate strain pct typical (%)ultimate tensile strength MPa max (MPa)ultimate tensile strength MPa min (MPa)ultimate tensile strength MPa typical (MPa)yield strength MPa max (MPa)yield strength MPa min (MPa)yield strength MPa typical (MPa)
cortical_bonelongitudinal241720906075Human femoral diaphysis; longitudinal direction (osteon axis aligned); anisotropic with higher stiffness/strength than transverse; loading rate and donor age affect values0.320.260.29Cortical (compact) bone tested along the long axis of the diaphysis2301701953.51.5217012513515178115

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