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.

All labels observed (4)

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Statements (37)

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 ⓘ
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 ⓘ

How these facts were elicited

Referenced by (6)

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 (co-author) ⓘ
linked to: Transport Phenomena
Transport Phenomena → title → Transport Phenomena ⓘ
Transport Phenomena, Second Edition → title → Transport Phenomena ⓘ
Transport Phenomena, Second Edition → predecessor → Transport Phenomena, First Edition ⓘ
linked to: Transport Phenomena
Edwin N. Lightfoot → fieldOfWork → transport phenomena ⓘ
linked to: Transport Phenomena