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Non-equilibrium Theory for Non-ergodic Systems Based on Time-and-Space Averaging
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- 1 Introduction
- 2 Main topic
- 3 Geometric picture
- 4 Topological changes
- 5 Droplet coalescence
- 6 Geometric representation
- 7 Ergotic theory
- 8 Nonergotic systems
- 9 What if the ergotic hypothesis doesnt hold
- 10 Discontinuities
- 11 Spatial heterogeneity
- 12 Scaleconsistent thermodynamics
- 13 Deviation terms
- 14 Simple example
- 15 More complicated example
- 16 Substituting thermal energy
- 17 Maxwells demon
- 18 Conservation of energy
- 19 Relative permeability
- 20 Energy barriers
- 21 Diffusive length scale
- 22 Energy conservation
- 23 homogenization
- 24 Darcys law
- 25 Crosscoupling terms
- 26 Simulations
- 27 Topology
- 28 Pressure fluctuations
- 29 Stationary vs nonstationary
- 30 Summary
- 31 Frequency dependence
- 32 Maxwell demon