Transport Processes in Chemically Reacting Flow Systems.

Format:

Book

Author/Creator:

Rosner, Daniel E.

Series:

Dover Civil and Mechanical Engineering

Language:

English

Subjects (All):

Fluid dynamics.

Mass transfer.

Transport theory.

Local Subjects:

Fluid dynamics.

Mass transfer.

Transport theory.

Physical Description:

1 online resource (1082 p.)

Edition:

1st ed.

Place of Publication:

Newburyport : Dover Publications, 2012.

Language Note:

English

Summary:

<DIV>Introduction to the transport of energy, mass, and momentum in chemically reacting fluids for students with no background in fluid mechanics. Provides foundation for more advanced, specialized topics and for formulating and solving problems involving rates of energy, mass, or momentum transport in chemically reactive fluids. Solutions to selected exercises. </DIV>

Contents:

About the Author; Title Page; Dedication; Copyright Page; Preface to the Dover Edition; Table of Contents; List of Primary Figures; List of Primary Tables; Preface; 1 - Introduction to Transport Processes in Chemically Reactive Systems; INTRODUCTION; 1.1 PHYSICAL FACTORS GOVERNING REACTION RATES AND POLLUTANT EMISSION: EXAMPLES OF PARTIAL OR TOTAL "MIXING" RATE LIMITATIONS; 1.2 CONTINUUM (VS. MOLECULAR) VIEWPOINT: LENGTH AND TIME SCALES OF FLUID-DYNAMIC INTEREST; 1.3 TYPES/USES OF "CONTROL" VOLUMES; 1.4 NOTION OF CONSERVATION PRINCIPLES AND THEIR APPLICATION TO MOVING CONTINUA

1.5 NOTION OF "CONSTITUTIVE" LAWS (AND COEFFICIENTS) FOR PARTICULAR SUBSTANCES1.6 USES OF CONSERVATION/CONSTITUTIVE PRINCIPLES IN SCIENCE AND TECHNOLOGY; SUMMARY; TRUE/FALSE QUESTIONS (Briefly state reason for your choice); REFERENCES; BIBLIOGRAPHY; Additional Sources of Information; 2 - Governing Conservation Principles; INTRODUCTION - Approach; 2.1 CONSERVATION OF MASS; 2.2 CONSERVATION OF MOMENTUM (MIXTURE); 2.3 CONSERVATION OF ENERGY (FIRST LAW OF THERMODYNAMICS); 2.4 "CONSERVATION" OF ENTROPY (SECOND LAW OF THERMODYNAMICS)

2.5 ALTERNATIVE ("DERIVED") FORMS OF THE CONSERVATION (BALANCE) EQUATIONS2.6 REMARKS ON IMPORTANT GENERALIZATIONS; 2.7 COMMENTS ON THE MATRIX OF FLUID MECHANICS; SUMMARY; TRUE/FALSE QUESTIONS (Briefly state reason for your choice); EXERCISES; REFERENCES; BIBLIOGRAPHY: CONSERVATION PRINCIPLES; 3 - Constitutive Laws: The Diffusion Flux Laws and Their Coefficients; 3.1 CLOSURE via CONSTITUTIVE LAWS/COEFFICIENTS; 3.2 LINEAR-MOMENTUM DIFFUSION (CONTACT STRESS) VS. RATE OF FLUID-PARCEL DEFORMATION; 3.3 ENERGY DIFFUSION FLUX VS. SPATIAL GRADIENTS OF TEMPERATURE AND SPECIES CONCENTRATION

3.4 MASS DIFFUSION FLUX VS. SPATIAL GRADIENTS OF COMPOSITION3.5 LIMITATIONS OF LINEAR LOCAL FLUX VS. LOCAL DRIVING FORCE CONSTITUTIVE LAWS; SUMMARY; TRUE/FALSE QUESTIONS (Briefly state reason for your choice); EXERCISES; REFERENCES: CONSTITUTIVE LAWS; BIBLIOGRAPHY: CONSTITUTIVE LAWS; 4 - Momentum Transport Mechanisms, Rates, and Coefficients; 4.1 RELEVANCE OF FLUID DYNAMICS AND THE CLASSIFICATION OF FLUID FLOW SYSTEMS; 4.2 MECHANISMS OF MOMENTUM TRANSPORT, THEIR ASSOCIATED TRANSPORT PROPERTIES, AND ANALOGIES TO ENERGY AND MASS TRANSPORT

4.3 CONVECTIVE MOMENTUM TRANSPORT IN GLOBALLY INVISCID FLOW4.4 VELOCITY FIELDS AND CORRESPONDING SURFACE MOMENTUM-TRANSFER COEFFICIENTS; 4.5 VELOCITY FIELDS AND SURFACE MOMENTUM-TRANSPORT COEFFICIENTS: STEADY LAMINAR FLOW OF AN INCOMPRESSIBLE NEWTONIAN FLUID; 4.6 MOMENTUM TRANSFER IN "STEADY" TURBULENT FLOWS: ENTRAINMENT BY JETS; 4.7 MOMENTUM TRANSFER FOR FLUID FLOW IN POROUS MEDIA OR PACKED BEDS; SUMMARY; TRUE/FALSE QUESTIONS (Briefly state reason for your choice); EXERCISES; REFERENCES; BIBLIOGRAPHY: MOMENTUM TRANSPORT; 5 - Energy Transport Mechanisms, Rates, and Coefficients; 5.1 RELEVANCE

5.2 MECHANISMS OF ENERGY TRANSPORT

Notes:

Description based upon print version of record.

ISBN:

9780486150635

0486150631

9781621985891

162198589X

OCLC:

868966695