Title: Encyclopedia of Fluid Mechanics : Dynamics of Single Fluid Flows and Mixing (Volume 2) Author: Nicholas P. Cheremisinoff ISBN: 0872015149 / 9780872015142 Publisher: GULF Year: 1986 Availability: In Stock (10 Volumes + 3 Supplements Set)
Contents
Preface
Section 1 : Channel and Free Surface Flows Chapter 1 : Theory of Solitary Waves in Shallow Fluids Chapter 2 : Statistics of Deep Water Surface Waves Chapter 3 : Turbulence Structure and Scalar Diffusion in Thermally Stratified Open-Channel Flow Chapter 4 : Form Resistance in Open-Channel Flow in the Presence of Ripples and Dunes Chapter 5 : Unstable Turbulent Channel Flow Chapter 6 : Hydraulic Jumps and Internal Flows Chapter 7 : Wave Attenuation in Open-Channel Flow Chapter 8 : Straight Sediment Stable Channels Chapter 9 : Two-Dimensional Channel Flows Over Rough Surfaces Chapter 10 : Three-Dimensional Deep-Water Waves Chapter 11 : Estimating Peak Flows
Section 2 : Mixing Phenomena and Practices Chapter 12 : Hydrodynamics of Laminar Buoyant Jets Chapter 13 : Impinging Jets Chapter 14 : Hydrodynamics of Confined Coaxial Jets Chapter 15 : Tubulent Mixing and Diffusion of Jets Chapter 16 : Hydrodynamics of Jets in Cross Flow Chapter 17 : Modeling Turbulent Jets in Cross Flow Chapter 18 : Batchwise Jet Mixing in Tanks Chapter 19 : Stability of Jets in Liquid-Liquid Systems Chapter 20 : Modeling Turbulent Jets with Variable Density Chapter 21 : Jet Mixing of Fluids in Vessels Chapter 22 : Mixing in Loop Reactors Chapter 23 : Vertical Circulation in Density-Stratified Reservoirs Chapter 24 : Rollover in Stratified Holding Tanks Chapter 25 : Jet Injection for Optimum Pipeline Mixing Chapter 26 : Swirl Flow Generated by Twisted Pipes and Tape Inserts Chapter 27 : Micromixing Phenomena in Stirred Reactors Chapter 28 : Backmixing in Stirred Vessels Chapter 29 : Industrial Mixing Equipment Chapter 30 : Simulation of Mechanically Agitated, Liquid-Liquid Chapter 31 : Solid Agitation and Mixing in Aqueous Systems Chapter 32 : Mixing and Agitation of Viscous Fluids Chapter 33 : Use of Helical Ribbon Blenders for Non-Newtonian Materials
Section 3 : Fluid Transport Equipment Chapter 34 : Pump Classifications and Design Features Chapter 35 : System Analysis for Pumping Equipment Selection Chapter 36 : Design and Operation of Multistage Centrifugal Pumps Chapter 37 : Oscillating Displacement Pumps Chapter 38 : Cavitation and Erosion : Monitoring and Correlating Methods Chapter 39 : Sizing of Centrifugal Pumps and Piping Chapter 40 : Fluid Dynamics of Inducers Chapter 41 : Hydrodynamics of Outflow from Vessels Chapter 42 : Design Features of Fans, Blowers, and Compressors Chapter 43 : Analysis of Axial Flow Turbines Chapter 44 : Guidelines for Efficiency Scaling Process for Hydraulic Turbomachines with Defferent Technical Roughnesses of Flow Passages Chapter 45 : Stabilizing Turbomachinery with Pressure Dam Bearings Chapter 46 : Fluid Dynamics and Design of Gas Centrifuges Chapter 47 : Rupture Disc Sizing and Selection