Abstract
The rheological constitutive equations for dilute suspension of rigid axisymmetric particles immersed in the Cowin polar fluid are obtained within the framework of structure-phenomenological approach. As a hydrodynamic model of suspended particles possessing constant magnetic moment and zero buoyancy a symmetric triaxial dumbbell is used. The effect of couple stresses and rotational viscosity of the polar suspension carrier fluid is investigated on pseudoplastic and elasticoviscous rheological properties of suspension in stationary simple shear flow in combination with stationary transverse magnetic field. Obtained results are used for magnetorheological behavior investigation of dilute suspension of rigid particles in blood.
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