Journal of Biomedical Engineering
PaperValidation of an automated method of three-dimensional finite element modelling of bone
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2020, Computers and Mathematics with ApplicationsMRI-based assessment of proximal femur strength compared to mechanical testing
2020, BoneCitation Excerpt :Prior to mechanical testing, strain gauges were affixed to the femora in order to assess agreement between experimentally measured surface strain in the cadavers and linear 3D magnitude strain maps output by our finite element models. Four thin-film linear 350-ohm wired strain gauges (1033-1009-ND, Vishay Precision Group, Raleigh, NC) were used, similar to previous studies [53–55]. Strain gauges were affixed at four locations: the greater trochanter, the superior neck, the inferior neck, and the femoral shaft (Fig. 1).
40th Anniversary Issue: Reflections on papers from the archive on “Biomechanics”
2019, Medical Engineering and PhysicsEffect of post-osseointegration loading magnitude on the dynamics of peri-implant bone: a finite element analysis and in vivo study
2019, Journal of Prosthodontic ResearchMapping anisotropy improves QCT-based finite element estimation of hip strength in pooled stance and side-fall load configurations
2018, Medical Engineering and PhysicsCitation Excerpt :FE analysis was also shown to estimate the failure load more accurately than radiography, DXA or quantitative computed tomography (QCT) [5]. FE approaches based on computer tomography (CT) have been applied extensively throughout the past decades to simulate the mechanical behaviour of the proximal femur [6–17]. With availability of quantitative CT (QCT) in hospitals, QCT-based FE analyses have been increasingly included in hip studies and clinical evaluation of drug treatments against osteoporosis [18,19].