Section 1 : Developments in Hydrodynamics
Chapter 1 : Prediction of Holdup in Two-Phase Gas-Liquid Downward Inclined Flow
Chapter 2 : Prediction of Holdup and Frictional Pressure Loss in Two-Phase Co-Current Flow
Chapter 3 : The Effect of Pipe Diameter on Prediction of Holdup
Chapter 4 : Fully Developed Two-Phase (Air-Solids) Flow in a Vertical Pipe
Chapter 5 : Hydraulic Characterisitics of A Bayonet Tube Under Turbulent Conditions
Chapter 6 : Solutions for the Problem of A Developing Free Convection Flow Over a Flat Vertical Surface
Chapter 7 : Effect of Magnetic Field on Free Convection in a Rectangular Cavity
Chapter 8 : Explicit Equations for Friction Factor—Reynolds Number Relation in Turbulent Flow of Power Law Fluids Through Smooth and Rough Circular and Noncircular Pipes
Chapter 9 : Flow of a Casson Fluid in the Entrance Region of a Porous Tube
Chapter 10 : Prediction of Transitional Boundary Layer Over Smooth and Rough Surfaces
Section 2 : Developments in Heat Transfer
Chapter 11 : Unsteady Flow Past a Naturally Permeable Bed
Chapter 12 : Heat and Momentum Transfer in a Buoyant Swirling Jet
Chapter 13 : Heat Transfer in a Laminar Curved Wall Jet with Variable Normal Magnetic Field
Chapter 14 : Heat Transfer to Generalized Non-Newtonian Couette Flow in Concentric Annuli with a Moving Outer Cylinder
Chapter 15 : Mixed Convection from a Rotating Cone to Micropolar Fluids
Chapter 16 : Hall Effects on Oscillatory MHD Free Convective Flow Through a Porous Medium
Chapter 17 : Navier-Stokes Analysis of Heat Transfer Over a Flat Plate
Chapter 18 : Boundary Layer Flow of Micropolar Fluid on Rotating Axisymmetric Surfaces with a Concentrated Heat Source
Chapter 19 : Effects of Radial Temperature Gradient on the Stability of MHD Couette Flow Between Nonconducting Walls : Wide Gap Problem
Chapter 20 : Single Solution to a Rewetting Model with Precursory Cooling in Both Slab and Rod Geometries
Chapter 21 : Unsteady Heat Transfer Due to Time-Dependent Free Stream Velocity
Chapter 22 : Radiative Effect on Conjugate Forced Convection in a Laminar Wall Jet Along a Flat Plate
Index
