Credits

The project has started in 2015 at I2M laboratory. Contributions are welcome to improve physics handled by the code, as well as numerical methods.
 

Initial developers

The project was first designed and developped by:

Current developpers

Past Contributors

  • Joris Picot, Erik van den Boogaard, Hamed Bouare, Idriss Daoudi, Anna Lefay

Training

Notus first step, feb. 2019 (pdf)

Publications

 In this section, the reader will find articles, reports and presentations relative to the numerical methods used in Notus code.

Articles

A. M. D. Jost and S. Glockner, Direct forcing immersed boundary method: Improvements to the Ghost Node Method. Submitted to Journal of Computational Physics. 2019. (pdf).

T. Milcent, A. Lemoine. Moment-of-Fluid Analytic Reconstruction on 3D Rectangular Hexahedrons. Submitted to Journal of Computational Physics. 2019. (pdf).

J. Picot, S. Glockner, Discretization stencil reduction of direct forcing immersed boundary methods on rectangular cells: the Ghost Node Shifting Method. Journal of Computational Physics, 364, pp18-48, 2018. (pdf).

A. Lemoine, S. Glockner, J. Breil, Moment-of-Fluid Analytic Reconstruction on 2D Cartesian Grids, Journal of Computational Physics, 328, 131–139, 2017. (pdf).

M. Coquerelle, S. Glockner, A fourth-order accurate curvature computation in a level set framework for two-phase flows subjected to surface tension forces, Journal of Computational Physics, 305, pp838-876, 2016. (pdf).

Presentations

T. N. Le, M. Coquerelle, S. GlocknerNumerical simulation of moving contact line in wetting phenomena using the Generalized Navier Boundary Condition, Congrès Français de Mécanique, Brest, August 2019 (pdf).

S. Glockner, J. Picot, A. Lemoine, M. Coquerelle, Immersed boundary methods in the Notus code: contribution, applications and perspectives, Groupe de Travail MathOcéan, Université de Bordeaux, avril 2018 (pdf).

M. Coquerelle, S. Glockner, F. Desmons, CEFIPRA workshop, Advances in Fluid Mechanics: Theoritical, experimental and numérical approaches, sept. 11-13 2017, Bordeaux (pdf).

S. Glockner, M. Coquerelle, A. Lemoine, J. Picot, CFD code Notus (0.2.0) : environment, architecture, verification and validation, performances, Journée RNC COSIN "Développement et maintenance de grands codes de simulation", ENSAM Paristech, september 11th 2017 (pdf).

J. Picot, S. Glockner, T. Milcent, D. Lacanette, Immersed boundary methods for anisotropic Cartesian meshes. ECCOMAS 2016 (pdf).

A. Lemoine, S. Glockner, J. Breil, Moment-of-Fluid Analytic Reconstruction on 2D Cartesian grids. ECCOMAS 2016 (pdf).

M. Coquerelle, S. Glockner, An accurate numerical method for computing surface tension forces in CFD codes Numerical experiments with surface tension, MicroMast, sept. 8th, Brussels, 2016 (pdf).

J. Picot, S. Glockner, T. Milcent, D. Lacanette, Méthode des frontières immergées pour les maillages cartésiens anisotropes dans le code Notus. Présentation TASC – CORIA, 24 février 2016 (pdf).

A. Lemoine, S. Glockner, J. Breil, Moment-of-Fluid Analytic Reconstruction on 2D Cartesian grids. Los Alamos National Laboratory 01/22/2016 and Florida State University 01/25/2016 (pdf).

J. Picot, S. Glockner, Notus testing framework, Groupe de Travail "Plate-forme de tests pour codes parallèles", INRIA Bordeaux, 26 jan. 2016. (pdf)

J. Picot, S. Glockner, T. Milcent, D. Lacanette, Application de la méthode des frontières immergées aux équations de Navier-Stokes. Groupe de Travail MFN, 17 déc. 2015, Pessac. (pdf).

A. Lemoine, S. Glockner, J. Breil, Moment-of-Fluid on Cartesian grids, interface representation & reconstruction, Groupe de Travail MFN, 19 nov. 2015, Pessac (pdf).

S. Glockner, M. Coquerelle, A. Lemoine, J. Picot, Notus, first steps, Groupe de Travail MFN, 15 oct. 2015, Pessac (pdf).

M. Coquerelle, S. Glockner, Calcul de courbure d’une surface par méthode level set pour les phénomènes de tension superficielle, Journées cluster CPU, Université de Bordeaux, 9 et 10 septembre 2015 (pdf).

S. Glockner, M. Coquerelle, A. Lemoine, J. Picot, Notus : un code pour la mécanique des fluides incompressibles, groupe de travail "Modèles numériques pour les écoulements complexes incompressibles", cluster CPU, Université de Bordeaux, 22/05/2015 (pdf).

J. Picot, S. Glockner, T. Milcent, D. Lacanette, Méthode de frontières immergées parallélisée, Groupe de Travail MFN, I2M-TREFLE, 19 mars 2015 (pdf)