Two-Phase Inclined MHD Blood Flow in Porous Tumor Region with Concentration and Volume Fraction
Abstract
There are different approaches for treating invasive and non-invasive tumors. The flowing fluid (blood) provides the required nutrients to the tumors and absorbs the suspensions. Drug delivery systems are dependent on the medium (flowing fluid) that carries the drugs. The blood vessels usually carry drugs to the targeted regions that treat the affected region. This situation varies the concentration of the tumor surrounding the medium. The system is monitored under a magnetic field that is applied at an angle ( The system of the blood flow surrounding a tumor is governed by partial differential equations (PDEs). The Governing equations are solved using the mathematical function PDEPE in MATLAB. The effects of different parameters, concentration parameters, inclined magnetic field, porosity, on fluid (blood) velocity, and medication (drug) velocity in the presence of volume fraction. Flow patterns so obtained show significant effects that help to treat the deceased regions clinically. The numerical results are interpreted through the graphs drawn.
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References
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