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lihai0910

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[资源] Fluid Flow for Chemical Engineers 2Ed.pdf

In  preparing  the  second edition of  this book,  the authors  have  been
concerned  to maintain  or expand those aspects of  the subject that are
specific  to  chemical  and  process  engineering.  Thus,  the  chapter  on
gas-liquid  two-phase flow has been greatly extended to cover flow in the
bubble regime as well as to provide an introduction to the homogeneous
model and separated flow model for the other flow regimes. The chapter
on  non-Newtonian  flow  has  also been  extended  to  provide  a greater
emphasis on the Rabinowitsch-Mooney  equation and its modification to
deal with  cases of  apparent wall slip often encountered in the flow of
suspensions. An  elementary discussion of  viscoelasticity has also been
given.
A second aim has been to make the book more nearly self-contained and
to this end a substantial introductory chapter has been written. In addition
to the material provided in the first edition, the principles of continuity,
momentum of a flowing fluid, and stresses in fluids are discussed. There is
also an elementary treatment of turbulence.
Throughout the book there is more explanation than in the first edition.
One result of this is a lengthening of the text and it has been necessary to
omit the examples of  applications of  the Navier-Stokes  equations that
were given in the first edition. However, derivation of the Navier-Stokes
equations and related material has been provided in an appendix.
The  authors  wish  to  acknowledge  the  help  given  by  Miss  S. A.
Petherick in undertaking much of the word processing of the manuscript
for this edition.
It is hoped that this book will continue to serve as a useful undergradu-
ate text for students of chemical engineering and related disciplines
http://www.91files.com/?XUWSKX38D79QU6W7HRUD

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