
Applied Convective and Momentum Transfer
The Fundamentals of Heat, Mass, and Momentum Applied to Convective TransferBy Nadia El-MasriLength12h 42m
About this audiobook
An applied textbook that unifies momentum, heat, and mass transfer through the transport analogy and carries the fundamentals into sized equipment design.
Audiobook details
GenreTechnology, Science and Nature
Length12 hrs 42 mins
Narrated byListen with 1,000+ voices
FormateBook with Audio
Publish dateSep 27, 2026
LanguageEnglish
Table of contents
1Foreword
2Preface
3About This Book
4Chapter 1: The Transport Analogy
51.1 Fluxes, Gradients and the Three Diffusivities
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61.2 The Dimensionless Groups and What They Measure
71.3 The Transport Analogies and Their Limits
81.4 A First Sized Duty: Rating a Feed Preheater and a Humidifier
9Chapter 2: Momentum Transport Fundamentals
102.1 Newton’s Law of Viscosity and Fluid Classification
112.2 Shell Momentum Balances in Rectangular and Cylindrical Coordinates
122.3 The Equations of Change
132.4 Laminar Flow in Pipes, Slits and Annuli
14Chapter 3: Turbulence and Wall Behaviour
153.1 Reynolds Decomposition and Averaging
163.2 Eddy Diffusivity and Mixing Length
173.3 The Viscous Sublayer and the Universal Velocity Profile
183.4 Friction Factor Correlations and Pressure Drop
193.5 Roughness, Form Losses and a Sized Pumping Duty
20Chapter 4: Conduction and Diffusion
214.1 Fourier’s and Fick’s Laws in One Dimension
224.2 Resistance Networks for Composite and Cylindrical Media
234.3 Transient Conduction and Penetration Theory
244.4 Diffusion with Reaction and the Effectiveness Factor
25Chapter 5: Boundary Layers
265.1 Velocity, Thermal and Concentration Boundary Layers
275.2 The Integral Momentum and Energy Solutions
285.3 Similarity Solutions and the Blasius Result
295.4 Transition, Turbulence and Separation
30Chapter 6: Forced Convection Inside Ducts
316.1 Entry Lengths and Thermally Developed Flow
326.2 Laminar Flow: Constant Wall Flux and Constant Wall Temperature
336.3 Turbulent Flow Correlations
346.4 Noncircular Ducts, Rough Tubes and a Sized Tube-Side Duty
35Chapter 7: Forced Convection Over Surfaces
367.1 Flow Across a Single Cylinder
377.2 Spheres and Tube Banks
387.3 Packed and Fluidized Beds
397.4 A Sized Air-Cooler Duty
40Chapter 8: Free and Mixed Convection
418.1 Buoyancy, Grashof and Rayleigh Numbers
428.2 Vertical and Horizontal Surfaces
438.3 Enclosed Cavities and Channels
448.4 Mixed Convection and a Sized Tank Loss
45Chapter 9: Boiling and Condensation
469.1 Pool Boiling Regimes and the Boiling Curve
479.2 Nucleate Boiling Correlations
489.3 Flow Boiling and Two-Phase Pressure Drop
499.4 Condensation and a Sized Condenser Duty
50Chapter 10: Convective Mass Transfer