THE STRESS-STRAIN STATE AND HEMODYNAMICS OF HUMAN CORONARY ARTERIES |
4 | |
2011 |
scientific article | 539.3 | ||
573-575 |
Numerical modeling of blood flow through an anatomically realistic human coronary artery (CА) in a healthy state is provided. Silicone casts were used for 3D reconstruction of real CA geometry with exact inner wall morphology. The vessel wall material is considered to be linear isotropic, blood is Newtonian. Unconstrained and fixed on passive and pulsating myocardium CA's are studied, numerical results are analyzed and compared. |
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