Mathematical modelling and numerical simulation assess flow resistance and velocity profiles in blood, suggesting insights into conditions like anemia and thrombosis.
Key Points
The model improves the understanding of blood flow dynamics and predicts hematocrit distribution effectively, contributing to medical diagnostics.
Key parameters including viscosity and density show notable effects on flow resistance and shear rate in various pathophysiological states.
Numerical methods like finite volume and finite element techniques ensure accuracy in simulating complex blood flow behavior under realistic conditions.
This approach is crucial for advancements in the design of artificial blood substitutes and medical implants, addressing diverse vascular challenges.