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Introduction to the Theory of the Boltzmann Equation

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ISBN-10: 0486438317

ISBN-13: 9780486438313

Edition: 2004

Authors: Stewart Harris

List price: $19.95
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Description:

This introductory graduate-level course for students of physics and engineering features detailed presentations of Boltzmann's equation, including applications using both Boltzmann's equation and the model Boltzmann equations developed within the text. It emphasizes physical aspects of the theory and offers a practical resource for researchers and other professionals. 1971 edition.
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Book details

List price: $19.95
Copyright year: 2004
Publisher: Dover Publications, Incorporated
Publication date: 11/2/2011
Binding: Paperback
Pages: 221
Size: 5.67" wide x 8.50" long x 0.55" tall
Weight: 0.264
Language: English

Preface
Historical Introduction
Statistical Mechanical Preliminaries
The Microscopic Description
Relationship Between Microscopic and Macroscopic Descriptions
The Gibbs Ensemble
The Liouville Equation
Proof of Liouville's Theorem
References
Problems
Contraction of the Statistical Mechanical Description
Reduced Distribution Functions
Reduction of the First BBGKY Equation to the Boltzmann Equation
The Moments of f
The Hydrodynamical Equations
References
Problems
Description of Binary Collisions
General Formulation
An Alternate Representation of the Collision Integral
Hard Sphere Molecules
General Intermolecular Potentials
Power Law Potentials
The Collision Cross Section
References
Problems
Properties of the Collision Term
Symmetry Properties of J(f)
The Summational Invariants
The Linearized Collision Term, L(g)
An Alternate Representation of L(g)
The Eigentheory of L(g)
References
Problems
The H Theorem and Irreversibility
Spatially Homogeneous Systems
The H Theorem for a Nonuniform System
Irreversibility and Boltzmann's Equation
References
Problems
Normal Solutions of Boltzmann's Equation
The Fredholm Theorems
Hilbert's Uniqueness Theorem
The Chapman-Enskog Procedure
The First-Order Chapman-Enskog Solution
The Second-Order Chapman-Enskog Solution
Expressions for the Thermal Conductivity and Viscosity
Calculation of the Transport Coefficients
Validity of the Chapman-Enskog Results
References
Problems
Moment Method Solutions
Introduction
Multidimensional Hermite Tensor Polynomials
Maxwell's Moment Method
Grad's Moment Method
Some Applications of the Thirteen-Moment Equations
Evaluation of the Collision Terms
References
Problems
Model Boltzmann Equations
The Simple BGK Model Equation
Generalized Model Equations
Some Other Model Equations
References
Problems
Solutions of Special Problems
Solutions of Boltzmann's Equation
Boundary Conditions in Kinetic Theory
Plane Poiseuille Flow
The Density-Density Correlation Function
Shock Wave Structure
Half-Range Polynomial Expansions
Couette Flow
References
Problems
Gas Mixtures
Description of Binary Mixtures
Transport Phenomena in Mixtures
Linearized and Model Boltzmann Equations
The Boltzmann Fokker-Planck Equation
References
Problems
Generalized Boltzmann Equations
Introduction
The Wang Chang-Uhlenbeck Equation
Normal Solutions of the WCU Equation
Model Equations for Structured Particles
Enskog's Equation for Dense Gases
A Boltzmann Equation for Traffic Flow
References
Problems
Comparison of Theory with Experiment
Transport Coefficients
Special Flows
The Distribution Function
Computer Experiments
References
General References
Indexes