A pure tensile load on a whole bone is likely to cause a _____________________ fracture?
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A pure tensile load on a whole bone is likely to cause a fragile fracture, which is a manifestation of fatigue damage resulting from repetitive loading conditions . When bones are subjected to tensile loading, damage accumulates, affecting their mechanical behavior under different loading modes . Studies have shown that tensile strength decreases with age, indicating a reduction in bone's ability to withstand tensile loads as individuals grow older . Additionally, finite element modeling incorporating continuum damage mechanics has been used to predict fatigue damage and failure in whole bones, highlighting the importance of considering the cumulative and nonlinear effects of fatigue damage in predicting fractures . Therefore, a pure tensile load can lead to a fragile fracture due to the accumulation of damage over time, especially in aging bones.
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| Papers (4) | Insight |
|---|---|
| A pure tensile load on a whole bone is likely to cause a fracture with reduced strength due to damage accumulation, impacting subsequent compressive loading behavior. | |
Open access•Journal Article 2 Citations | A pure tensile load on a whole bone is likely to cause a transverse fracture. The study focused on a braided composite bone plate's load capacity under various multi-axial stresses. |
| A pure tensile load on a whole bone is likely to cause a fatigue fracture, as predicted by the continuum damage mechanics finite element model developed in the study. | |
| A pure tensile load on a whole bone is likely to cause a mode I fracture, as analyzed in the study on bovine cortical bone under tensile loading in mode I and mixed-mode fracture. |
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