Model of loadings acting on the femoral bone during gait.
作者： Justyna Skubich , Szczepan Piszczatowski
DOI: 10.1016/J.JBIOMECH.2019.02.018
关键词:
摘要: Abstract An evaluation of the model loadings acting on femoral bone during whole gait cycle was main aim paper. A computer simulation musculoskeletal system based data collected used to determine muscle forces as well hip joint reaction. Kinematic parameters ground reaction force for ninety-nine healthy persons both sexes (18–36 years old) who had no history disease were registered normal with preferred speed and inputs modelling numerical use AnyBody software. Time waveforms values generated by 21 muscles having attachments obtained. Directions particular presented using a coordinate system. Attachment points all obtained basis unscaled standard length femur equal 0.41 m. The element can be useful biomechanical analysis development remodelling optimisation implant or stabilizer design pre-clinical testing.
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