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TIMF - ISSN 2514-4642 - © ISTE Ltd
Thermodynamics of Interfaces and Fluid Mechanics deals with interfaces that are space areas with a low thickness and which separate environments of different properties. They designate phase separation but also thin flames and waves of discontinuity. At a macroscopic scale, they are associated with material surfaces that possess thermodynamic attributes and their own behavior laws.
The analysis of systems with interfaces involves scale changes and the use of specific techniques such as asymptotic developments, the second gradient theory or the phase field model method. Digital simulation is implemented in order to solve the complex systems studied. Testing is an essential step to solve the set problems.
2D varieties of interfaces often coexist with 1D varieties such as ligaments (atomization), contact lines (set drops) or Plateau’s edges (foams).
The articles in the journal deal with all of the mentioned above subjects.
Thermodynamique des interfaces et mécanique des fluides traite des interfaces qui sont des zones de l’espace de faible épaisseur séparant des milieux à propriétés différentes. Elles désignent les séparations de phase, mais aussi les flammes minces et les ondes de discontinuité. A l’échelle macroscopique, on les assimile à des surfaces matérielles douées de propriétés thermodynamiques et possédant leurs propres lois de comportement.
L’analyse des systèmes comprenant des interfaces implique des changements d’échelle et l’utilisation de techniques spécifiques telles que les développements asymptotiques, la théorie du second gradient ou la méthode des champs de phase. La simulation numérique est mise en œuvre pour résoudre les systèmes complexes étudiés. L’expérimentation est une étape indispensable pour résoudre les problèmes posés.
Les variétés 2D que constituent les interfaces coexistent fréquemment avec des variétés 1D telles les ligaments (atomisation), les lignes de contact (gouttes posées) ou les bords de Plateau (mousses).
Les articles de la revue traitent de l’ensemble des disciplines énumérées plus haut.
The purpose of this study is to develop a computational code for solving the equations governing the flow of fluids in a vertical axis wind turbine. In order to check the effectiveness of our code, we made an application on (...)
For pure substances, the liquid-vapor phase separation interface disappears at the critical point. This property and others have attracted the interest of many scientists. This article is an update of the text of the (...)
The discrete mechanics formalism and equations are considered in the present work in order to establish the role played by representative motion equations on the study of turbulence in fluids. In particular, a set of (...)
Safety issues in nuclear power plant involve complex turbulent bubbly flows. To predict the behavior of these flows, the two-fluid approach is often used. Nevertheless, this model has been developed for the simulation of (...)
The simulation engine system is an important issue in the automotive industry because of speeding up the design process, and limit the use of physical prototypes testing. The platform AMESim allows to access to libraries (...)
Editorial Board
Editor in Chief
Roger PRUD’HOMME
Sorbonne Université – CNRS
roger.prud_homme@upmc.fr
Co-Editors
Christian CHAUVEAU
CNRS – ICARE
christian.chauveau@cnrs-orleans.fr
Gabriel FAIVRE
Sorbonne Université
gabriel.faivre@insp.jussieu.fr
Alain MAILFERT
Université de Lorraine
alain.mailfert@univ-lorraine.fr
Stéphane VINCENT
Université Paris-Est Marne-La-Vallée
stephane.vincent@u-pem.fr