August 11, 2025Scientific ReportsOpen Access

Mathematical modeling of blood flow with copper and graphene nanoparticles in inclined stenotic arteries

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Hybrid nanoparticles reduce blood flow resistance, enhancing flow dynamics in stenosed arteries with nanoparticles.
Elevated Hall parameters significantly decrease wall shear stress, improving hemodynamic behavior under specific conditions.
Mathematical modeling utilizes the homotopy perturbation method and Akbari Ganji Method to analyze flow in inclined arteries.
Findings highlight the implications for optimizing therapies using nanoparticles in cardiovascular diseases and biomedical applications.

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Mathematical modeling reveals hybrid nanoparticles reduce blood flow resistance in stenosed arteries, suggesting applications in therapy.

Zar et al. (2025) studied this question.

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