Finite element model and analysis for human arm humerus

In the recent years, analyzing the areas of the human body that exposed to weight by using finite elemant model, and developing treatment methods has been subjected to studies. Also, the studies performed about bone biomechanics shed light on implant designs. In this study, the Humerus bone, an area of the human body that has been subject to weight, has been examined. Due to the unavailability of using a normal bone, a 3D bio-model of the Humerus bone has been generated by has been used tensile force, compressive force, torsional force and bending force have been applied to humerus bone by using finite elements method. Increase of stress and strain values, by the increase of force, moment and torque, has been observed.