Title: Encyclopedia of Fluid Mechanics : Complex Flow Phenomena and Modeling (Volume 6) Author: Nicholas P. Cheremisinoff ISBN: 0872015181 / 9780872015180 Publisher: GULF Year: 1987 Availability: In Stock (10 Volumes + 3 Supplements Set)
Contents
Preface
Section 1 : Transport Phenomena and Hydrodynamics of Complex Flows Chapter 1 : Osmolatity of Fluids Chapter 2 : Transfer of Gases Through Polymer Membranes Chapter 3 : Diffusion and Mixing in Non-Newtonian Fluids Chapter 4 : Hydrodynamics of Spinning Polymers Chapter 5 : Drop Size Formations in Agitating Systems Chapter 6 : Formation of Single Charged Drops in Electric Fields Chapter 7 : Electric Charging in the Flow of Low Conductivity Fluids Chapter 8 : Hydromagnetic Free-Convective Flow Through Porous Media Chapter 9 : Axial Dispersion in Trickle-Flow Reactor Chapter 10 : Pressure Drop in Fluidized Liquid-Solid Systems Chapter 11 : Elutriation of Solids from Liquid-Fluidized Beds Chapter 12 : Solid Layer Inversion in Liquid-Fluidized Beds Chapter 13 : Fluidization with Non-Newtonian Fluids Chapter 14 : Recirculating Turbulent Flow in Three-Phase Fluid Beds Chapter 15 : Modeling Three-Phase Reactor Systems Chapter 16 : The Fluid Dynamics of Laser Welding
Section 2 : Transport Phenomena in The Environment Chapter 17 : Formation of Waves by Ground Motion Chapter 18 : Exchange and Transport Rate of Bed Load Chapter 19 : Dynamic Analysis of Semisubmersible Objects in Sea Waves Chapter 20 : Mass Transport in Unconfined Aquifers Chapter 21 : Ocean Dispersion Modeling Chapter 22 : Hydrodynamic Modeling of Lakes Chapter 23 : Ground Water Monitoring and Sampling Chapter 24 : Aerosol Deposition from Turbulent Fluids Chapter 25 : Surface Buoyant Jets and Plumes Chapter 26 : EPA Dispersion Models for Air Pollution Control Chapter 27 : The Fluid Dynamics of Wind Turbines
Section 3 : Advanced Modeling Techniques for Complex Flows Chapter 28 : Turbulence Modeling Chapter 29 : Turbulent Solutions of the Navier-Stokes Equations Chapter 30 : Second Order Approximations to the Navier-Stokes Equations Chapter 31 : Computer Simulation Techniques for Turbulent Flows Chapter 32 : Large-Eddy Simulation of Turbulent Flows Chapter 33 : Modeling Rough Turbulent Wave Boundary Layers Chapter 34 : Direct Numerical and Large-Eddy Simulation of Turbulent Channel Flows Chapter 35 : Numerical Simulation of Free and Forced Convective Bulk Flows Chapter 36 : Dam Break Problem