Transport Phenomena

E412609

Transport Phenomena is a foundational textbook in chemical engineering that systematically treats momentum, heat, and mass transfer using a unified, rigorous mathematical framework.

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Predicate Object
instanceOf chemical engineering textbook
textbook
approach continuum mechanics
rigorous mathematical framework
unified treatment of transport processes
audience chemical engineering faculty
chemical engineering students
practicing engineers
field chemical engineering
importance foundational text in transport processes
standard reference in chemical engineering education
influenced modern chemical engineering curricula
language English
level advanced undergraduate
graduate
pedagogicalStyle derivation from first principles
problem-solving emphasis
unified notation for momentum, heat, and mass
subject heat transfer
mass transfer
momentum transfer
title Transport Phenomena self-link
topic boundary conditions
convective heat transfer
diffusion in fluids
dimensionless groups
equations of change
heat conduction
interphase transport
mass transfer with reaction
non-Newtonian fluids
shell balance methods
similarity solutions
turbulent transport
uses differential equations
dimensional analysis
vector and tensor notation

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Referenced by (5)

Full triples — surface form annotated when it differs from this entity's canonical label.

R. Byron Bird notableWork Transport Phenomena
William R. Schowalter notableWork Transport Phenomena
this entity surface form: Transport Phenomena (co-author)
Transport Phenomena title Transport Phenomena self-link
Transport Phenomena, Second Edition title Transport Phenomena
Transport Phenomena, Second Edition predecessor Transport Phenomena
this entity surface form: Transport Phenomena, First Edition