Dynamics of magnetic fluids
Review articleOpen access

AbstractA mathematical model of non-equilibrium thermomechanics of magnetic fluids is given as a logical generalization of the well-known Neuringer-Rosensweig model for equilibrium magnetization. Several phenomena are explained and predicted based on the proposed model: the effect of magnetic viscosity, the compensation of viscous stress in a shear flow, the presence of transverse stress and the magnetodynamic effects.

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