We cast the Jacobi identity for continuous fields into a local form which eliminates the need to performany partial integration to the expense of performing variational derivatives. This allows us to test theJacobi identity definitely and efficiently and to provide equations between different components defininga potential Poisson bracket. We provide a simple MathematicaTM notebook which allows to performthis task conveniently, and which offers some additional functionalities of use within the frameworkof nonequilibrium thermodynamics: reversible equations of change for fields, and the conservation ofentropy during the reversible dynamics
International audienceThe equations of reversible (inviscid, adiabatic) fluid dynamics have a well-k...
We introduce two types of finite difference methods to compute the Lsolution [14] and the proper vi...
Rae and Davidson have found a striking connection between the averaging method generalised by Kruska...
We cast the Jacobi identity for continuous fields into a local form which eliminates the need to per...
We have developed and provide an algorithm which allows to test the Jacobi identity for a given gene...
This contribution presents an outline of a new mathematical formulation for<br/>Classical Non-Equili...
International audienceA variational formulation for nonequilibrium thermodynamics was recently propo...
We acknowledge financial support from the Spanish ”Ministerio de Ciencia e Innovaci´on” and the ”Ag...
ABSTRACT. Statistical averages in a variety of many-body problems can be efficiently calculated thro...
In this note, we formulate and study a Hamilton-Jacobi approach for describing thermodynamic transfo...
Statistical averages in a variety of many-body problems can be efficiently calculated through determ...
By means of the Jacobi structure associated with a contact structure, we use the so-called evolution...
Knowledge in partial diferential equations theory and thermodynamicsThe main thermodynamical variabl...
Experiments show that macroscopic systems in a stationary nonequilibrium state exhibit long range co...
International audienceThe equations of reversible (inviscid, adiabatic) fluid dynamics have a well-k...
We introduce two types of finite difference methods to compute the Lsolution [14] and the proper vi...
Rae and Davidson have found a striking connection between the averaging method generalised by Kruska...
We cast the Jacobi identity for continuous fields into a local form which eliminates the need to per...
We have developed and provide an algorithm which allows to test the Jacobi identity for a given gene...
This contribution presents an outline of a new mathematical formulation for<br/>Classical Non-Equili...
International audienceA variational formulation for nonequilibrium thermodynamics was recently propo...
We acknowledge financial support from the Spanish ”Ministerio de Ciencia e Innovaci´on” and the ”Ag...
ABSTRACT. Statistical averages in a variety of many-body problems can be efficiently calculated thro...
In this note, we formulate and study a Hamilton-Jacobi approach for describing thermodynamic transfo...
Statistical averages in a variety of many-body problems can be efficiently calculated through determ...
By means of the Jacobi structure associated with a contact structure, we use the so-called evolution...
Knowledge in partial diferential equations theory and thermodynamicsThe main thermodynamical variabl...
Experiments show that macroscopic systems in a stationary nonequilibrium state exhibit long range co...
International audienceThe equations of reversible (inviscid, adiabatic) fluid dynamics have a well-k...
We introduce two types of finite difference methods to compute the Lsolution [14] and the proper vi...
Rae and Davidson have found a striking connection between the averaging method generalised by Kruska...