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Effect of specimen geometry on tensile strength of cortical bone
Liang Feng,
Iwona Jasiuk
Mechanical Science and Engineering
National Center for Supercomputing Applications (NCSA)
Beckman Institute for Advanced Science and Technology
Bioengineering
Carl R. Woese Institute for Genomic Biology
Aerospace Engineering
Biomedical and Translational Sciences
Civil and Environmental Engineering
Center for the Study of Global Gender Equity
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Dive into the research topics of 'Effect of specimen geometry on tensile strength of cortical bone'. Together they form a unique fingerprint.
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Keyphrases
Cortical Bone
100%
Specimen Geometry
100%
Tensile Strength
100%
Stress Concentration
100%
Dumbbell
66%
Specimen Shape
66%
Tensile Test Specimens
66%
Finite Element Method
33%
High Stress Concentration
33%
Low Stress
33%
Tensile Test
33%
Ultimate Tensile Strength
33%
Dumbbell-shaped
33%
Local Stress Concentration
33%
Dumbbell Specimen
33%
Porcine Femur
33%
Arc Transition
33%
Fillet
33%
Engineering
Stress Concentration
100%
Specimen Geometry
100%
Ultimate Tensile Strength
100%
Tensile Test
100%
Test Specimen
66%
Finite Element Method
33%
Local Stress
33%
Measured Strength
33%
Good Choice
33%
Stress Concentration Factor
33%
Gauge Section
33%
Reduced Value
33%
Material Science
Stress Concentration
100%
Ultimate Tensile Strength
100%
Finite Element Method
33%
Mechanical Strength
33%
Stress Concentration Factor
33%