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This article deals with the importance of studying hemodynamics as an outstanding factor for prediction of vascular diseases. First the governing equations to study arteries and hemodynamics are given. Next discretization of the governing equations for its solution with the fi nite element method are exposed. Finally an effi cient and robust algorithm to analyze the fl uid-structure interaction of blood circulation in arteries is explained. Several example problems are presented showing the capabilities of the formulation presented.

Bio-Ingeniería Computacional en el Estudio de la Hemodinámica y su Interacción con Arterias