Micropolar Blood Flow in a Magnetic Field

In this paper we numerically solve a flow model for the micropolar biomagnetic (blood flow) in magnetic field. proposed account both electrical and properties of biofluid investigate role microrotation on regime. The domain is channel with an unsymmetrical single stenosis, irregular multi-stenoses. mathematical consists Navier–Stokes (N–S) equations expressed their velocity–vorticity (u–ω) variables including energy transport equation. governing are solved by using strong form meshless point collocation method. We compute spatial derivatives unknown field functions discretization correction particle strength exchange (DC PSE) demonstrate accuracy scheme comparing numerical results obtained those computed finite element