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[PFD] Chemical Engineering Fluid Mechanics Textbook – Ron Darby Download

[PFD] Chemical Engineering Fluid Mechanics Textbook – Ron Darby Download

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[PFD] Chemical Engineering Fluid Mechanics Textbook – Ron Darby Download

[PFD] Chemical Engineering Fluid Mechanics Textbook – Ron Darby Download

[PFD] Chemical Engineering Fluid Mechanics Textbook – Ron Darby Download

 

Now Download – [PFD] Chemical Engineering Fluid Mechanics Textbook – Ron Darby Download

 

The objectives of this book are twofold: (1) for the student, to show how the

fundamental principles underlying the behavior of fluids (with emphasis on

one-dimensional macroscopic balances) can be applied in an organized and

systematic manner to the solution of practical engineering problems, and (2)

for the practicing engineer, to provide a ready reference of current informa-
tion and basic methods for the analysis of a variety of problems encountered

in practical engineering situations.

The scope of coverage includes internal flows of Newtonian and non-
Newtonian incompressible fluids, adiabatic and isothermal compressible

flows (up to sonic or choking conditions), two-phase (gas–liquid, solid–

liquid, and gas–solid) flows, external flows (e.g., drag), and flow in porous

media. Applications include dimensional analysis and scale-up, piping sys-
tems with fittings for Newtonian and non-Newtonian fluids (for unknown

driving force, unknown flow rate, unknown diameter, or most economical

diameter), compressible pipe flows up to choked flow, flow measurement

and control, pumps, compressors, fluid-particle separation methods (e.g.,

iv Preface

centrifugal, sedimentation, filtration), packed columns, fluidized beds, sedi-
mentation, solids transport in slurry and pneumatic flow, and frozen and

flashing two-phase gas–liquid flows. The treatment is from the viewpoint of

the process engineer, who is concerned with equipment operation, perfor-
mance, sizing, and selection, as opposed to the details of mechanical design

or the details of flow patterns in such situations.

For the student, this is a basic text for a first-level course in process

engineering fluid mechanics, which emphasizes the systematic application of

fundamental principles (e.g., macroscopic mass, energy, and momentum

balances and economics) to the analysis of a variety of fluid problems of

a practical nature. Methods of analysis of many of these operations have

been taken from the recent technical literature, and have not previously been

available in textbooks. This book includes numerous problems that illus-
trate these applications at the end of each chapter.

For the practicing engineer, this book serves as a useful reference for

the working equations that govern many applications of practical interest,

as well as a source for basic principles needed to analyze other fluid systems

not covered explicitly in the book. The objective here is not to provide a

mindless set of recipes for rote application, however, but to demonstrate an

organized approach to problem analysis beginning with basic principles and

ending with results of very practical applicability.

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