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Abstract The complex shape of the hwnan pelvic bone was successfully imaged and modeled using finite element analysis. The bone was subjected to quasi-static and dynamic loading conditions. Benchmark analysis was studied, this analysis was used as reference of our FE and was validated based on a comparisons between the computational simulations and closed fonn solution. The computed Von Misses stresses increases linearly with the weight gain increase under quasi-static loading. For the dynamic models, the Von Misses stress history beh.o.viors were studied for the afiected area and effected load with respect to time. It was found that under the forced impact loading condition an over lapping behavior was noticed, where as for the free fall the normalized Von Misses stresses behavior was found to nonlinearly different. This phenomena was explained through the energy dissipation concept. |