Applications of Percolation Theory

Chapter 1: Macroscopic Connectivity as the Essential Property of Disordered Materials and Media. - Chapter 2: Classical and Poor Man s Percolation Models. - Chapter 3: Variations of the Classical Percolation Model. - Chapter 4: Characterization of Porous Media. - Chapter 5: Percolation Properties of Fracture and Fault Networks. - Chapter 6: Earthquakes and Percolation. - Chapter 7: Conductivity, Diffusivity, and Permeability of Porous Materials. - Chapter 8: Mass Transport, Mixing, and Dispersion in Flow Through Porous Media. - Chapter 9: Multiphase Fluid Flow in Porous Media. - Chapter 10: Percolation in Evolving Porous Materials: Catalyst Deactivation, Gasification, Fragmentation, and Precipitation. - Chapter 11: Percolation, and Rigidity and Elastic Properties of Materials. - Chapter 12: Morphological and Transport Properties of Composite Materials. - Chapter 13: Rheology and Elastic Properties of Network Glasses, Branched Polymers, and Gels. - Chapter 14: Vibrational Density of States of Heterogeneous Materials. - Chapter 15: Hopping Conductivity of Heterogeneous Materials. - Chapter 16: Applications of Invasion Percolation. - Chapter 17: Percolation in Random Graphs and Complex Network. - Chapter 18: Percolation in Biological Systems. - Chapter 19: Percolation Theory at the Intersection of Ecology, Hydrology, and Geochemistry. - Chapter 20: Explosive Percolation and its Applications. - Chapter 21: Directed Percolation: From Turbulent Flow to Catalysis and Brain. - Chapter 22: Percolation in Large-Scale Problems.