Micropolar Bio-Nanofluid Flow Over a Magnetized Sphere

This study investigates the complex transport problem of a micropolar bio-nanofluid flow around a magnetized solid sphere with unique boundary conditions, including Stefan blowing, zero mass flux, and an induced magnetic field. By employing both similar and non-similar solutions, the study addresses a notable gap in existing literature where comparative analysis of these solutions has been limited. The influence of key parameters on the physical quantities will be demonstrated