An Introduction to Transport Phenomena in Materials Engineering (3rd Edition) by David R. Gaskell & Matthew John M. Krane
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- Pages
- 614
- File size
- 53.27 MB
- Format
- Digital PDF
- Course
- Engineering
- Category
- eBook[PDF]
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About this ebook
An Introduction to Transport Phenomena in Materials Engineering (3rd Edition) by David R. Gaskell and Matthew John M. Krane is a seminal textbook that bridges the gap between fundamental transport physics (fluid mechanics, heat transfer, and mass transfer) and materials processing applications like casting, welding, and chemical vapor deposition.
You can find acquisition options or view its academic profile directly on Routledge Taylor & Francis Group or check its availability on Google Books.
📘 Book Overview & Metadata
-
- Authors: David R. Gaskell & Matthew John M. Krane
- Edition: 3rd Edition (Published in 2020)
- ISBN-13:
978-0367821074(Hardcover) /978-0367821081(Paperback) - Publisher: CRC Press / Routledge [1]
📑 Core Structure and Topics
The text maintains a unified approach to transport phenomena, organizing the three transport mechanisms (momentum, heat, and mass) using a consistent mathematical framework:
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- Part I: Fluid Flow (Momentum Transport)
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- Viscosity and the mechanism of momentum transport.
- Velocity distributions in laminar flow (shell momentum balances).
- The equations of change for isothermal systems (Navier-Stokes equations).
- Friction factors, turbulence, and fluid flow past submerged objects.
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- Part II: Heat Transfer (Energy Transport)
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- Thermal conductivity and the mechanism of energy transport.
- Temperature distributions in solids and in laminar flow.
- Equations of change for non-isothermal systems.
- Transient (unsteady-state) heat conduction charts.
- Convective heat transfer and radiation heat transfer in materials processing.
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- Part III: Mass Transfer (Species Transport)
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- Diffusivity and the mechanisms of mass transport (Fick's Laws).
- Concentration distributions in solids and in laminar fluids.
- Unsteady-state diffusion equations.
- Convective mass transfer and interphase mass transport.
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- Part I: Fluid Flow (Momentum Transport)
⚙️ Materials Engineering Applications Covered
Unlike generic chemical engineering transport books, this text tailors its examples specifically to metallurgy and materials science:
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- Solidification and rate of ingot skin growth during casting.
- Heat dissipation and thermal gradients in welding and joining.
- Gas-surface interactions in Chemical Vapor Deposition (CVD) and semiconductor processing.
- Mass transport in slag-metal reactions and extractive metallurgy refining.
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