A Comparative Three Dimensional Finite Element Analysis of Pelvic Bone

In this paper numerical model applicable to the pelvic bone biomechanics of reconstructed pelvic are presented. Geometric complexity and non linearity of the materials of pelvic make the analytical solutions of the mechanical behaviour of the hip joint difficult. The hip is the most complex joint within the human body. The aim is to achieve better understanding of mechanics of hip joint of reconstructed pelvic bone. Stress analysis of the pelvis during physiological loading conditions is necessary to understand the load transfer mechanism. A three-dimensional computer model of pelvic was used to examine the relationship between the position of the components and the range of motion considering simple inclination of 30 degree and both inclination and anter-vention of 30 degree and 20 degree, for which the right human hemi pelvic due to symmetry in shape of four female patient age group between 35 to 45 year has been taken into account. These data will allow surgeons to select implant Positions and also help to understand the biomechanical behaviour of pelvic bone.