Abstract
Growth or degeneration model of bone tissue of its internal structure is addressed. In modeling, the formation of voids in the bone's internal structure is focused and regards a volume rate and shape of void as a variable. The shape of the void is assmed in the form of a sphere or an ellipsoid. Global material characteristics of the bone is described by utilizing SCC model, a particle dispersed constitutive model based on the Self-consistent equivalent inclusion method. During the calculation, the shape and the orientation of the void are determined in the optimization adhared to the natural groth process so that the structure fits to the bone dynamics environment.
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