Rheology, and how to stop aging
arXiv:cond-mat/9812347
Abstract
Recent analytical developments in glass theory are equally relevant to the understanding of anomalous rheology, with characteristic features such as the Reynolds dilatancy and the driving-power dependence of the viscosity arising naturally. A notion of effective temperature based on the fluctuation-dissipation relation can be introduced in the limit of small driving power. Within mean-field, the analogue of the Edwards compactivity can be computed, and it coincides with this effective temperature. The approach does not invoke any particular geometry for the constituents of the fluid, provided it has glassy behaviour.
Proceedings of ``Jamming and Rheology: constrained dynamics on microscopic and macroscopic scales'', ITP, Santa Barbara, 1997
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- Multiple Types of Aging in Active Glass
- Effective temperatures out of equilibrium
- Averaging rheological quantities in descriptions of soft glassy materials
- How to Study a Persistent Active Glassy System?
- Slow nonequilibrium dynamics: parallels between classical and quantum glasses and gently driven systems