Published Paper Details:

Bone tissue is a material with a complicated structure & mechanical property. Repetitive loads or diseases can produce microfractures to appear in the bone tissue, which results in a worsening of its mechanical properties. On the other hand, bone is a constantly evolving tissue, adapting its density to the loading conditions it is subjected to. The advantage of the computational or the numerical method is that a wide range of loading and impact conditions can be easily reconstructed and analyzed. Current FE models are limited due to assumptions for the geometric and time-dependent material properties inherent in the anisotropic and anatomic constraints associated with joint stability and the static conditions inherent in the analysis. This systematic review will give a very good overview of latest research in the field of Computational Biomechanics, Material model development, Finite element simulation of Human cortical Bone collected from various international journals.