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1. Modeling the effect of red blood cells deformability on blood flow conditions in human carotid artery bifurcation
Janez Urevc, Iztok Žun, Milan Brumen, Boris Štok, 2017, original scientific article

Keywords: blood viscosity model, non-Newtonian fluids, blood flow, computational fluid dynamics, biomechanics, bifurcation, blood, carotid arteries, hemorheology, modeling, shear rate, viscosity, flow, dynamics, hemodynamics, particulate matter, shear stress, erythrocytes
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2. An approach to consider the arterial residual stresses in modelling of a patient-specific artery
Janez Urevc, Miroslav Halilovič, Milan Brumen, Boris Štok, 2016, original scientific article

Keywords: patient-specific artery, common carotid artery, residual stresses, arterial zero-stress state, thermomechanics, finite element method
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3. Modelling the mechanical response of two-layered artery using thermomechanical analogy approach
Janez Urevc, Vojko Flis, Milan Brumen, Boris Štok, 2017, original scientific article

Keywords: common carotid artery, finite element method, residual stresses, thermomechanics
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4. Applying thermomechanical analogy to predict the arterial residual stress state
Janez Urevc, Milan Brumen, Vojko Flis, Boris Štok, 2015, original scientific article

Keywords: residual stresses, zero-stress state of arteries, finite element method, thermomechanics
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