... 2021 17 12 2021 low-magnitude mechanical stimulation bone remodeling osteoporosis 3-point bending finite element model Osteoporosis is a common degenerative bone disease and is characterized by a net loss of bone volume over time, e.g., when bone is resorbed more quickly than...

...) and 0.72 mm more palmar ( p  = 0.021) for the intact wrist simulations (Table 1 ). No differences in fracture location were observed in the longitudinal direction ( p  = 0.185). biomechanics bone finite element analysis fracture toughness stress-strain relations osteoporosis bone strength...

... ,” J. Biomech. 0021-9290 10.1016/j.jbiomech.2004.02.018 , 37 ( 11 ), pp. 1639 – 1646 . 25 05 2007 10 03 2008 16 05 2008 biomechanics bone deformation finite element analysis vibrations vibration osteoporosis transmissibility WBV Studies that have...

... particularly in osteoporotic specimen. Another numerical study argues that the very thin shell of the vertebral body carries far less of the load, however osteoporosis is not considered ( 9 ). If in vivo loading conditions were simulated, the trabecular core may be seen to carry a greater proportion...

... – 516 . Polikeit , A. , Nolte , L. P. , and Ferguson , S. J. , 2004 , “ Simulated Influence of Osteoporosis and Disc Degeneration on the Load Transfer in a Lumbar Functional Spinal Unit ,” J. Biomech. 0021-9290 , 37 , pp. 1061 – 1069 . Homminga , J. , Weinans , H...

...N. Passi; A. Gefen Background : Osteoporosis in long bones involves loss of cortical thickness and of the trabecular microarchitecture. Deterioration and weakening of trabecular bone tissue during osteoporosis imposes greater physiological loads on the cortical shell. However, it is unclear whether...