Transport Phenomena II Essentials
Erschienen am 1. Januar 2013
123 Seiten
978-0-7386-7247-2 (ISBN)
Beschreibung
REA's Essentials provide quick and easy access to critical information in a variety of different fields, ranging from the most basic to the most advanced. As its name implies, these concise, comprehensive study guides summarize the essentials of the field covered. Essentials are helpful when preparing for exams, doing homework and will remain a lasting reference source for students, teachers, and professionals. Transport Phenomena II covers forced convention, temperature distribution, free convection, diffusitivity and the mechanism of mass transfer, convective mass transfer, concentration distribution in solids and in laminar flow, and the equation of change for multicomponent systems.
Weitere Details
Weitere Ausgaben
Andere Ausgaben
Research & Education Association | Staff of Research Education Association
Transport Phenomena: v.2
Buch
12/1988
Prentice Hall & IBD
26,13 €
Keine Lieferinformation verfügbar
Inhalt
- Intro
- Title Page
- Copyright Page
- WHAT "THE ESSENTIALS" WILL DO FOR YOU
- Table of Contents
- CHAPTER 8 - FORCED CONVECTION
- 8.1 DEFINITION
- 8.2 FLOW OVER A FLAT PLATE
- 8.3 FLOW INSIDE CYLINDRICAL PIPES AND TUBES
- 8.4 HEAT-TRANSFER COEFFICIENT FOR TRANSITION FLOW INSIDE A PIPE
- 8.5 FLOW NORMAL TO A CIRCULAR CYLINDER
- 8.6 FLOW NORMAL TO NON-CIRCULAR CYLINDER
- 8.7 FLOW OVER BANKS OF TUBES
- 8.8 FLOW PAST SINGLE SPHERE
- 8.9 LOCAL OVERALL COEFFICIENT OF HEAT TRANSFER
- 8.10 HEAT TRANSFER THROUGH SOLID CONDUCTOR
- 8.11 HEAT EXCHANGERS
- 8.12 LOG MEAN TEMPERATURE DIFFERENCE
- 8.13 HEAT EXCHANGER EFFECTIVENESS
- CHAPTER 9 - TEMPERATURE DISTRIBUTION WITH MORE THAN ONE INDEPENDENT VARIABLE
- 9.1 UNSTEADY HEAT CONDUCTION IN SOLIDS
- 9.2 HEATING OF A SEMI-INFINITE BODY OR SLAB
- 9.3 HEATING OF A FINITE SLAB
- 9.4 COOLING A SPHERE IN CONTACT WITH WELL-STIRRED FLUID
- 9.5 THE BOUNDARY LAYER FLOW
- 9.6 POHLHAUSEN'S SOLUTION FOR THE THERMAL
- 9.7 TEMPERATURE PROFILE
- CHAPTER 10 - FREE CONVECTION
- 10.1 CORRELATION DATA FOR VERTICAL PLANES AND CYLINDERS
- 10.2 HORIZONTAL PLATES
- 10.3 FREE CONVECTION HEAT TRANSFER FROM A VERTICAL PLATE
- 10.4 ENCLOSED SPACES
- 10.5 LAMINAR FLOW: FREE CONVECTION BETWEEN TWO PARALLEL WALLS OF DIFFERENT TEMPERATURE
- 10.6 CORRELATION FOR SPHERE
- CHAPTER 11 - DIFFUSIVITY AND THE MECHANISM OF MASS TRANSFER
- 11.1 MOLECULAR DIFFUSION IN FLUIDS
- 11.2 UNSTEADY-STATE DIFFUSION
- 11.3 DEFINITION OF VELOCITIES, CONCENTRATIONS AND MASS FLUXES
- 11.4 EQUIVALENT FORMS OF FICK'S LAW OF DIFFUSION
- CHAPTER 12 - CONVECTIVE MASS TRANSFER
- 12.1 MASS TRANSFER COEFFICIENTS
- 12.2 MASS TRANSFER FOR FLOW INSIDE PIPES
- 12.3 MASS TRANSFER FOR FLOW OUTSIDE SOLID SURFACE
- 12.4 MASS TRANSFER TO SUSPENSIONS OF SMALL PARTICLES
- CHAPTER 13 - CONCENTRATION DISTRIBUTION IN SOLIDS AND IN LAMINAR FLOW
- 13.1 SHELL MASS BALANCE
- 13.2 DIFFUSION THROUGH A STAGNANT GAS FILM
- 13.3 DIFFUSION WITH HETERO GENEOUS CHEMICAL REACTION
- 13.4 DIFFUSION WITH HOMOGENEOUS CHEMICAL REACTION
- 13.5 DIFFUSION INTO A FALLING LIQUID FILM
- 13.6 DIFFUSION AND CHEMICAL REACTION INSIDE A POROUS SPHERICAL CATALYST
- CHAPTER 14 - THE EQUATION OF CHANGE FOR MULTICOMPONENT SYSTEM
- 14.1 EQUATION OF CONTINUITY OF 'A' FOR CONSTANT ? AND DAB
- 14.2 SIMULTANEOUS HEAT AND MASS TRANSFER
- 14.3 UNSTEADY-STATE EVAPORATION
- 14.4 GAS ABSORPTION WITH RAPID CHEMICAL REACTION
- 14.5 BOUNDARY LAYER THEORY
- 14.6 FILM MASS TRANSFER THEORY
- THE BEST AND MOST COMPREHENSIVE IN TEST PREPARATION
- THE BEST AND MOST COMPREHENSIVE IN TEST PREPARATION
- THE ENGLISH HANDBOOK OF GRAMMAR, STYLE, AND COMPOSITION
- HANDBOOK AND GUIDE FOR SELECTING A CAREER
- HANDBOOK AND GUIDE FOR COMPARING and SELECTING COMPUTER LANGUAGES
- HANDBOOK of MATHEMATICAL, SCIENTIFIC, and ENGINEERING FORMULAS, TABLES, FUNCTIONS, GRAPHS, TRANSFORMS
- THE PROBLEM SOLVERS
