A two-parameter modification of the Gillissen-Wilson fabric model, with separate isotropic and deviatoric relaxation rates, improves predictions of steady-state and transient microstructure in dense suspensions under shear rotation.
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Modelling the evolution of flow-induced anisotropy of concentrated suspensions
A two-parameter modification of the Gillissen-Wilson fabric model, with separate isotropic and deviatoric relaxation rates, improves predictions of steady-state and transient microstructure in dense suspensions under shear rotation.