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Momentum, Heat, and Mass Transfer Fundamentals

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Title: Momentum, Heat, and Mass Transfer Fundamentals
Author: David P. Kessler, Robert A. Greenkorn
ISBN: 0824719727 / 9780824719722
Format: Hard Cover
Pages: 1048
Publisher: Marcel Dekker
Year: 1999
Availability: 2 to 3 weeks
     
 
  • Description
  • Contents

Momentum, Heat and Mass Transfer Fundamentals analyzes macroscopic and microscopic total mass balances as well as macroscopic and microscopic species mass balances describes laminar and turbulent flows and Newtonian and complex fluids details irrotational flows in addition to laminar flows both between infinite parallel plates and in a circular pipe examines one and two dimensional steady state conduction as well as one dimensional unsteady state conduction including numerical solutions outline three dimensional conduction in isotropic media discusses the radiant heat exchange between two opaque bodies with no intervening medium explains the specification of heat exchangers, including countercurrent versus concurrent operation and the NTU and F-factor design methods covers binary diffusivities, solutions of the diffusion equation, and diffusion in porous solids and much more.

Preface
Thumb Index

Chapter 1 : Essentials
Chapter 2 : The Mass Balances
Chapter 3 : The Energy Balances
Chapter 4 : The Momentum Balances
Chapter 5 : Application of Dimensional Analysis
Chapter 6 : Momentum Transfer in Fluids
Chapter 7 : Heat Transfer Models
Chapter 8 : Mass Transfer Models

Appendix A : Vector and Tensor Operations
Appendix B : Error Function
Appendix C : Nomenclature

Index

 
 
 
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