Abstract
This research focused on the role of perfusion rate and haematocrit on blood flow
by formulating nonlinear governing equations subject to some boundary conditions.
The models were solved analytically using perturbation technique and the functions
obtained for velocity and temperature were simulated was done using Mathematic
10 for velocity, temperature, wall shear stress, rate of heat transfer and volumetric
flow rate by varying the resulting pertinent parameters, to see the influence on the
flow profiles.
AMS Subject Classification: 58D30, 92B05.
Keywords: Perfusion rate, Wall Temperature, Tissue, Treatment, Tumor,
Haematocrit, Blood.
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