Modelization and simulation of the mechanical vibration effect on bones

Modelization and simulation of the mechanical vibration effect on bones The main aim of this study is to determine the influence of low-frequency vibrations in the lower limb bones (femur, tibia and fibula). Various biography results are presented in this study. They showed the positive impact of the stimulus by vibration in osteoporosis, sarcopenia and metabolic syndrome. In our study the methodology of scanning laser triangulation to recover a human bone in the form of pointcloud 3D is shown. The idea is to simulate a modal analysis result generated by low-frequency vibration and to achieve real test and correlate the physical results obtained by the numerical simulation. The critical points and the paths are highlighted which are intended for development in future. The main aim of this step is to establish a methodology for measuring and analyzing the vibrations in 3D.