Monitoring variations in blood flow using Mathematica software: Study on coronary artery

Sayed, Hamed M.; Mohamed, Hagar E; Bostan, Mariam Y; ElSayed, Mariam W.; Shorba, Mariam R.; Mohamed, Menna A.; Abdelfattah, Nesma Kh.; Serag, Yara Kh.

doi:10.21608/aash.2025.454154

Monitoring variations in blood flow using Mathematica software: Study on coronary artery

نوع المستند : المقالة الأصلية

المؤلفون

10.21608/aash.2025.454154

المستخلص

This project examines the rheological characteristics of a non-Newtonian Casson nanofluid model
for blood flow through artery constriction with a catheter that has mild wall stenosis and central
blood thrombus. Heat generation, first-order chemical reactions, and first and second order
velocity slip conditions are all considered, along with modeling the blood flow. Implementing the
analytical solution using Mathematica programming tools yields analytical expressions for
velocity distribution, temperature distribution, concentration distribution, wall shear stress, and
heat transfer coefficient. A graphic representation of the results is provide

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