Gerris

Gerris is a Free Software program for the solution of the partial differential equations describing fluid flow. The source code is available free of charge under the Free Software GPL license. Gerris was created by Stéphane Popinet and is supported by NIWA (National Institute of Water and Atmospheric research) and Institut Jean le Rond d’Alembert. A brief summary of its main features: Solves the time-dependent incompressible variable-density Euler, Stokes or Navier-Stokes equations Solves the linear and non-linear shallow-water equations Adaptive mesh refinement: the resolution is adapted dynamically to the features of the flow Entirely automatic mesh generation in complex geometries Second-order in space and time Unlimited number of advected/diffused passive tracers Flexible specification of additional source terms Portable parallel support using the MPI library, dynamic load-balancing, parallel offline visualisation Volume of Fluid advection scheme for interfacial flows Accurate surface tension model Multiphase electrohydrodynamics


References in zbMATH (referenced in 191 articles , 1 standard article )

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  1. Balla, Mounika; Tripathi, Manoj Kumar; Sahu, Kirti Chandra; Karapetsas, George; Matar, Omar K.: Non-isothermal bubble rise dynamics in a self-rewetting fluid: three-dimensional effects (2019)
  2. Deka, Hiranya; Biswas, Gautam; Sahu, Kirti Chandra; Kulkarni, Yash; Dalal, Amaresh: Coalescence dynamics of a compound drop on a deep liquid pool (2019)
  3. Dietze, Georg F.: Effect of wall corrugations on scalar transfer to a wavy falling liquid film (2019)
  4. Ling, Y.; Fuster, D.; Tryggvason, G.; Zaleski, S.: A two-phase mixing layer between parallel gas and liquid streams: multiphase turbulence statistics and influence of interfacial instability (2019)
  5. Singh, Rattandeep; Singh Bahga, Supreet; Gupta, Amit: Electrohydrodynamics in leaky dielectric fluids using lattice Boltzmann method (2019)
  6. Aboukhedr, M.; Georgoulas, A.; Marengo, M.; Gavaises, M.; Vogiatzaki, K.: Simulation of micro-flow dynamics at low capillary numbers using adaptive interface compression (2018)
  7. Araújo, M. S. B.; Fernandes, C.; Ferrás, L. L.; Tuković, Ž.; Jasak, H.; Nóbrega, J. M.: A stable numerical implementation of integral viscoelastic models in the OpenFOAM(^\circledR) computational library (2018)
  8. Chernyshenko, Alexey Y.; Olshanskii, Maxim A.; Vassilevski, Yuri V.: A hybrid finite volume -- finite element method for bulk-surface coupled problems (2018)
  9. Cifani, P.; Kuerten, J. G. M.; Geurts, B. J.: Highly scalable DNS solver for turbulent bubble-laden channel flow (2018)
  10. Cimpeanu, Radu; Moore, M. R.: Early-time jet formation in liquid-liquid impact problems: theory and simulations (2018)
  11. Deising, D.; Bothe, D.; Marschall, H.: Direct numerical simulation of mass transfer in bubbly flows (2018)
  12. Deriaz, Erwan; Peirani, Sébastien: Six-dimensional adaptive simulation of the Vlasov equations using a hierarchical basis (2018)
  13. De Vita, Francesco; Verzicco, Roberto; Iafrati, Alessandro: Breaking of modulated wave groups: kinematics and energy dissipation processes (2018)
  14. Dietze, Georg F.; Picardo, Jason R.; Narayanan, R.: Sliding instability of draining fluid films (2018)
  15. Febres, Mijail; Legendre, Dominique: Enhancement of a 2D front-tracking algorithm with a non-uniform distribution of Lagrangian markers (2018)
  16. Ge, Zhouyang; Loiseau, Jean-Christophe; Tammisola, Outi; Brandt, Luca: An efficient mass-preserving interface-correction level set/ghost fluid method for droplet suspensions under depletion forces (2018)
  17. Gibou, Frederic; Fedkiw, Ronald; Osher, Stanley: A review of level-set methods and some recent applications (2018)
  18. Hasslberger, Josef; Klein, Markus; Chakraborty, Nilanjan: Flow topologies in bubble-induced turbulence: a direct numerical simulation analysis (2018)
  19. Ketterl, S.; Klein, M.: A-priori assessment of subgrid scale models for large-eddy simulation of multiphase primary breakup (2018)
  20. Nikitin, Kirill D.; Terekhov, Kirill M.; Vassilevski, Yuri V.: Two methods of surface tension treatment in free surface flow simulations (2018)

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Further publications can be found at: http://gfs.sourceforge.net/wiki/index.php/Bibliography