Alexander N. Gorban, University of Leicester, UK / Boris M. Kaganovich, Melentiev Energy Systems Institute, Irkutsk, Russia / Sergey P. Filippov, Energy Research Institute, Moscow, Russia / Alexandre V. Keiko, Melentiev Energy Systems Institute, Irkutsk, Russia / Vitaly A. Shamansky, Melentiev Energy Systems Institute, Irkutsk, Russia / Igor A. Shirkalin, Melentiev Energy Systems Institute, Irkutsk, Russia
Inhaltsangabe
Introduction.- Principles of Equilibrium and Extremality in Mechanics and Thermodynamics.- Description of Extremal Thermodynamic Models in Terms of Mathematical Programming.- Thermodynamic Modelling Using the Graph Theory.- Methods and Algorithms of Searching for Thermodynamic Equilibrium.- Application of Extremal Models.- Conclusion.- References
Principles of Equilibrium and Extremality in Mechanics and Thermodynamics.- Extreme Thermodynamic Models in Terms of Mathematical Programming.- Thermodynamic Modeling on Graphs.- Methods and Algorithms of Searching for Thermodynamic Equilibria.- Application of Extreme Models.
Introduction.- Principles of Equilibrium and Extremality in Mechanics and Thermodynamics.- Description of Extremal Thermodynamic Models in Terms of Mathematical Programming.- Thermodynamic Modelling Using the Graph Theory.- Methods and Algorithms of Searching for Thermodynamic Equilibrium.- Application of Extremal Models.- Conclusion.- References
Principles of Equilibrium and Extremality in Mechanics and Thermodynamics.- Extreme Thermodynamic Models in Terms of Mathematical Programming.- Thermodynamic Modeling on Graphs.- Methods and Algorithms of Searching for Thermodynamic Equilibria.- Application of Extreme Models.
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