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Description of a Fluid in Motion.
Conservation of Mass: Control-Volume Approach.
Newton's Second Law of Motion: Control-Volume Approach.
Conservation of Energy: Control-Volume Approach.
Shear Stress in Laminar Flow.
Analysis of a Differential Fluid Element in Laminar Flow.
Differential Equations of Fluid Flow.
Inviscid Fluid Flow.
The Effect of Turbulence on Momentum Transfer.
Flow in Closed Conduits.
Fundamentals of Heat Transfer.
Differential Equations of Heat Transfer.
Convective Heat Transfer.
Convective Heat-Transfer Correlations.
Boiling and Condensation.
Radiation Heat Transfer.
Fundamentals of Mass Transfer.
Differential Equations of Mass Transfer.
Steady-State Molecular Diffusion.
Unsteady-State Molecular Diffusion.
Convective Mass Transfer.
Convective Mas Transfer Between Phases.
Convective Mass-Transfer Correlations.
Posted April 17, 2004
I am chemical enginner who graduated ~ 10 years ago. I was refreshing my previously studied heat-mass and momemntum transfer subjects. I came across this book last year. I found it very well written book with good explainations/derivations of fundamental equations. (There were some typo errors which I would like to communicate with authors or publisher-However they are minor). I wish our school had this book during our undergraduate studies. Thank you. VN
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Posted January 24, 2010
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