The purpose of this analysis is to show the importance of correct performance of picture representation and circumspect interpretation of variation in the application of the minimum entropy production principle. As an incorrect formulation of a variational task, written for the Fourier heat conduction problem has shown, the principle of minimum entropy production apparently goes to contradiction with the energy balance equation [1]. This led to further erroneous conclusions. The misunderstanding can be resolved - ex-ceeding far off beyond the actual problem with Gyarmati's picture representation and variational principle, the Governing Principle of Dissipative Processes
Under which circumstances are variational principles based on entropy production rate useful tools f...
Dans cette thèse nous essayons de comprendre pourquoi le Principe de Maximisation de Production d'En...
The principle of least action, which is usually applied to natural phenomena, can also be used in op...
The purpose of this analysis is to show the importance of correct performance of picture representat...
Studying heat conduction problems in linear and quasilinear ranges for stationary state one can be c...
We discuss the principle of minimum entropy production as proposed by Prigogine, providing two examp...
It is well known that, according to the second law of thermodynamics, the entropy of a closed system...
This mini review is the first study where we shall structure, list and briefly discuss the existing ...
WOS: 000185111800002In this paper the principles called 'equipartition of forces, EOF' and 'equipart...
It is shown how both the principles of extremum of entropy production, which are often used in the s...
The evolution of the entropy production in solids due to heat transfer is usually associated with th...
peer reviewedIn an essential and quite general setup, based on networks, we identify Schnakenberg's ...
The Maximum Entropy Production (MEP) principle has been remarkably successful in producing accurate ...
The fundamental optimization principle for non-equilibrium thermodynamics is given. The second entro...
The author points out the difficulties presented by the ordinary method for finding the minimum of e...
Under which circumstances are variational principles based on entropy production rate useful tools f...
Dans cette thèse nous essayons de comprendre pourquoi le Principe de Maximisation de Production d'En...
The principle of least action, which is usually applied to natural phenomena, can also be used in op...
The purpose of this analysis is to show the importance of correct performance of picture representat...
Studying heat conduction problems in linear and quasilinear ranges for stationary state one can be c...
We discuss the principle of minimum entropy production as proposed by Prigogine, providing two examp...
It is well known that, according to the second law of thermodynamics, the entropy of a closed system...
This mini review is the first study where we shall structure, list and briefly discuss the existing ...
WOS: 000185111800002In this paper the principles called 'equipartition of forces, EOF' and 'equipart...
It is shown how both the principles of extremum of entropy production, which are often used in the s...
The evolution of the entropy production in solids due to heat transfer is usually associated with th...
peer reviewedIn an essential and quite general setup, based on networks, we identify Schnakenberg's ...
The Maximum Entropy Production (MEP) principle has been remarkably successful in producing accurate ...
The fundamental optimization principle for non-equilibrium thermodynamics is given. The second entro...
The author points out the difficulties presented by the ordinary method for finding the minimum of e...
Under which circumstances are variational principles based on entropy production rate useful tools f...
Dans cette thèse nous essayons de comprendre pourquoi le Principe de Maximisation de Production d'En...
The principle of least action, which is usually applied to natural phenomena, can also be used in op...