Heat and Mass Transfer Phenomena in MHD Flow: Modelling with Applications
Sanjib Sengupta
(2014)
Heat and Mass Transfer Phenomena in MHD Flow: Modelling with Applications: pp.
12-43.
Chapter 1 Introduction
The following sections are included:
-
1.1 A Historical Review
-
1.2 Viscosity, Viscous fluid and Newtonian fluid
-
1.3 Compressibility and Incompressible fluid
-
1.4 Laminar flow
-
1.5 Steady and Unsteady flows
-
1.6 Nature of Transport processes
-
1.6.1 Mode of Heat transfer
-
1.6.2 Mode of mass Transfer
-
1.7 Theory of Boundary Layers
-
1.7.1 Velocity Boundary Layer
-
1.7.2 Thermal Boundary Layer
-
1.7.3 Concentration Boundary Layer
-
1.8 Magnetohydrodynamics
-
1.9 Porous Medium
-
1.10 Thermal diffusion
-
1.11 Chemical reaction
-
1.12 Basic equations
-
1.13 Nature of Boundary conditions
-
1.14 Some Non-dimensional parameters
-
1.14.1 Reynolds number
-
1.14.2 Magnetic parameters
-
1.14.3 Thermal Grashof number
-
1.14.4 Solutal Grashof number
-
1.14.5 Prandtl number
-
1.14.6 Schmidt number
-
1.14.7 Peclet number and Mass transfer Peclet number
-
1.15 An Outline of the study