Physics of Sedimentology

From the reviews of the second edition: "The book is providing ... geologists in general, with a topical review of classical geological themes together with their physical background ... . gives a more profound understanding of the boundary conditions of the validity of commonly used approaches in geology. ... students, researchers and professional geologists ... benefit from better understanding the underlying physics. This book gives them an excellent opportunity to start this understanding. ... an excellent opportunity for bridging the gap between the pure physics and its application to geology." (Noel Vandenberghe, Geologica Belgica, Vol. 8(1-2), 2005) "The theme of the book is providing sedimentologists, and in fact geologists in general, with a topical review of classical geological themes ... . it is beyond doubt that students, researchers and professional geologists using geological concepts will benefit from better understanding the underlying physics. ... The book is well written in an almost narrative style with a lot of personal flavor ... . the book could be an excellent opportunity for bridging the gap between the pure physics and its application to geology." (Noel Vandenberghe, Geologica Belgica, Vol. 8 (1-2), 2005) "This second edition of Hsu's famous book has long been waited for. ... all chapters end with a section on 'Suggested Reading', which is most helpful. ... the 11 chapters dealing with physical processes are of high quality from a didactic point of view. ... The figures in the book are, as a rule, clear and didactically of high quality. ... for many sedimentologists the book will be very useful, indeed. ... For students the book will certainly be useful ... ." (A.J. (Tom) van Loon, Journal of Sedimentary Research, January, 2005)

• Introduction.- Sorting Out and Mixing: Bulk Minerals; Heavy Minerals; Size and Sorting; Exclusion Principle.- Grains Settle: Stokes' Law; Why Derivation; Dimensional Analysis; Fluid Resistance; Reynolds Number; Resistance Coefficient; Lacustrine Varves.- Sediments are Moved: Turbidity Currents; Chezy's Equation; Stream Transport; Shields' Diagram; Hjulström's Curve.- Rocks Fall: Sediment-Gravity Flows; Elm Landslide; Grand Banks Slide; Speed of Slides; Debris Flows; Sand Avalanches; Mud Slide; OlistostromeVolume Dependence of Sturzstrom.- Suspensions Flow: Suspension Current; Auto-suspension; Bagnold's Criterion; Chezy-Kuenen Equation; Keulegan's Law; Energy Line; Hyperconcentrated Density Flows.- Sand Waves Migrate: Richardson Number; Froude Number; Model Theory; Point-Bar Sequence; Bedform; Facies Models.- Oceans are Ventilated: Ocean Currents; Bernoulli's Theorem; Darcy-Weisbach Equation; Contourites.- Groundwater Circulates: Darcy Equation; Poiseuille Law; Hydrodynamic Potential; Permeability; Compaction; Diffusion.- Components Equilibrate: Mass-Action Law; Gibbs Criteria of Chemical Equilibrium; First and Second Law of Thermodynamics; Lewis Concept of Chemical Activity; Carbonate Equilibria; Metastable Phases; Calcite Dissolution.- Evaporation Pumps: Dolomite; Dolomite Solubility; Material Transfer in Open Systems; Seepage Refluxing; Evaporative Pumping; Flood Recharge.- Isotopes Fractionate: Isotopes; Isotope Tracers; Paleotemperature; Paleoproductivity; Strangelove Ocean.- Basins Subside: Isostasy; Airy Model; Crustal Thinning; Mantle Heterogeneity; Lithospheric Stresses.- Why Creativity in Geology?