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Entropic invariants of two phase flows 1st Edition by Eugene Barsky ISBN 0128016434 9780128016435

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Entropic invariants of two phase flows 1st Edition Eugene Barsky Digital Instant Download

Author(s): Eugene Barsky
ISBN(s): 9780128016435, 0128016434
Edition: 1
File Details: PDF, 8.43 MB
Year: 2015
Language: english
SKU: EB-4926582 Category: Tag:

Entropic invariants of two phase flows 1st Edition by Eugene Barsky – Ebook PDF Instant Download/Delivery: 0128016434, 9780128016435

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Product details:

ISBN 10: 0128016434

ISBN 13: 9780128016435 

Author: Eugene Barsky

In this book, a new approach to the theory and practice of two-phase systems based on a global invariant – entropy, – and other invariants is formulated and experimentally confirmed.

Table of contents:

Chapter 1. Modern Conceptions of Thermodynamic Entropy

  1. Entropy substantiation

  2. Entropy, ensemble of states, probability

  3. Problematic aspects of entropy

Chapter 2. Invariants for Continuous Flows

  1. Substantiation of the necessity to model technological processes

  2. Certain aspects of continuous flow modeling

  3. Invariants for continuous flows

  4. Analysis of flow parameters using similarity criteria

Chapter 3. Modern Notions of Two-Phase Flows

  1. Peculiarities of unit particle settling

  2. Final settling velocities

  3. Particle interaction with a moving medium

  4. Features of two-phase flow generation

  5. Mass suspension of particles in a flow

  6. Carrying capacity of two-phase flows

Chapter 4. Empirical Invariants for Two-Phase Flows

  1. Fractional extraction

  2. Affinization of fractional extraction curves

  3. Unified separation curves

  4. Generalizing empirical invariant

Chapter 5. Entropy of Mixture Composition

  1. Invariants for granulometric composition

  2. Uncertainty of mixture composition

Chapter 6. Two-Phase Flow as a Statistical System

  1. Substantiation of physical analogy

  2. Model of particle collisions in a two-phase flow

  3. External interaction model in a two-phase flow

  4. Statistical model substantiation

Chapter 7. Main Statistical Parameters of a Two-Phase Flow

  1. Substantiation of a statistical system for solid particle continuum

  2. Generalizing parameter for a two-phase flow

  3. Generalizing invariant for two-phase flows

  4. Definition of chaotising factor for two-phase flows

Chapter 8. Substantiation of Statistical Parameters of Mass Transfer in Two-Phase Flows

  1. Multidimensional model of a two-phase system

  2. Two-phase flow mobility in separation regimes

  3. Generalizing invariants for parameters characterising two-phase flows

  4. Substantiation of entropy of two-phase flows with a polyfractional solid phase

  5. Equilibrium state as a condition of maximal entropy

Chapter 9. Specific Properties of Entropy of Two-Phase Flows

  1. Composition entropy as a criterion of solid-phase separation quality

  2. Statistical equilibrium for particle distribution in a flow

  3. Stability of entropy and the entire mass distribution process in a two-phase flow

Chapter 10. Invariants for Separation Curves

  1. Regimes of solid-phase particle motion in flows

  2. Particle extraction in two-phase flow separation regimes

Chapter 11. Basic Physics of Cascade Separation

  1. Main principles of cascade mass-exchange processes

  2. Discrete model

  3. Analysis of a mathematical model of a regular cascade

  4. Separation at cyclic feed of initial material into cascade apparatus

  5. Absorbing Markov chain in cascade classification of bulk materials

  6. Mathematical model of cascade separation with arbitrary distribution coefficients

  7. Discrete model of critical regimes of vertical two-phase flows

  8. Optimisation of principal parameters of multi-stage separation

Chapter 12. Application of the Obtained Results

  1. Invariants for estimating the perfection of the design of separation apparatuses

  2. Method of theoretical estimation of vertical cascade separators

  3. Experimental check of the adequacy of the method of cascade separators computation

  4. Computation method of multirow combined separation cascade

  5. Optimization of multirow classifier operation

  6. Separator efficiency rank

  7. Flow velocity ensuring optimal separation

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Tags: Eugene Barsky, Entropic, Invariants, Two Phase Flows