Compressive fatigue behavior of bovine trabecular bone
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2021, Journal of the Mechanical Behavior of Biomedical MaterialsCitation Excerpt :Fatihhi et al. also fatigue tested bovine trabecular bone, obtaining a dynamic modulus of 1297 MPa, for an 84% bone density and a maximum applied load of 50% UCS (Fatihhi et al., 2016). Michel et al. analyzed bovine trabecular bone under fatigue, reporting that under low-stress regime, trabecular specimens showed an initial modulus increase, while under high-stress regime, there was a progressive modulus decrease (Michel et al., 1993). 3D printed scaffolds showed an opposite behavior.
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2020, International Journal of FatigueCitation Excerpt :We observed three principal types of fracture: (i) a diagonal fracture, generally occurring in the top region of the sample and being 45°-oriented (Fig. 3a), (ii) an orthogonal fracture to the longitudinal direction, generally occurring in the mid-region of the sample (Fig. 3b), and (iii) a splitting fracture, generally occurring as a lateral separation of part of the trabecular bone sample, causing a buckling-like failure (Fig. 3c). These failure modes are in agreement with previous findings in literature [57]. In particular, the transverse failure represents a brittle-like failure and is generally associated with trabeculae orthogonally oriented to the loading direction.
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Also at Division of Applied Sciences, Harvard University, Cambridge, MA 02138, U.S.A.