Introduction To Transport Phenomena : Momentum,Heat And Mass
| About The Book Introduction To Transport Phenomena
This introductory text discusses the essential concepts of three funda-mental transport processes, namely, momentum transfer, heat transfer, and mass transfer. Apart from chemical engineering, transport processes play an increasingly important role today in the fields of biotechnology, nanotechnology and microelectronics.
The book covers the basic laws of momentum, heat and mass transfer. All the three transport processes are explained using two approachesfirst by flux expressions and second by shell balances. These concepts are applied to formulate the physical problems of momentum, heat and mass transfer. Simple physical processes from the chemical engineering field are selected to understand the mechanism of these transfer operations. Though these problems are solved for unidirectional flow and laminar flow conditions only, turbulent flow conditions are also discussed. Boundary conditions and Prandtl mixing models for turbulent flow conditions are explained as well. The unsteady-state conditions for momentum, heat and mass transfer have also been highlighted with the help of simple cases.
Finally, the approach of anology has also been adopted in the book to understand these three molecular transport processes. Different analogies such as Reynolds, Prandtl, von Krmn and ChiltonColburn are discussed in detail.
This book is designed for the undergraduate students of chemical engineering and covers the syllabi on Transport Phenomena as currently prescribed in most institutes and universities.
Table of Contents:
|Preface Introduction to Transport Phenomena|
Section A: MOMENTUM TRANSFER
1. Momentum Transport
2. Shell Momentum Balances and Velocity Distribution in Laminar Flow Conditions (Typical Cases)
3. Equations of Change for Isothermal System
4. Momentum Transfer in Turbulent Flow
5. Unsteady-state Flow of Newtonian Fluids
Section B: HEAT TRANSFER
6. Heat Transfer
7. Shell Energy Balances and Temperature Distribution in
Heat Conduction in Solids (Typical Cases)
8. The General Energy Equation
9. Temperature Distribution in Turbulent Flow
10. Unsteady-state Heat Conduction in a Semi-infinite Slab
Section C: MASS TRANSFER
11. Mass Transfer
12. Shell Mass Balances and Concentration Distribution for
13. The General Equation of Diffusion
14. Concentration Distribution in Turbulent Flow
15. Unsteady-state Evaporation of a Liquid
Section D: ANALOGY