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 235 articles , 1 standard article )

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  1. de Souza Lourenço, Marcos Antonio; Martínez Padilla, Elie Luis: An octree structured finite volume based solver (2020)
  2. Dhar, Mrinmoy; Das, Gargi; Das, Prasanta Kumar: Planar hydraulic jumps in thin film flow (2020)
  3. Moore, M. R.; Cimpeanu, R.; Ockendon, H.; Ockendon, J. R.; Oliver, J. M.: Boundary layers in Helmholtz flows (2020)
  4. Valori, Valentina; Innocenti, Alessio; Dubrulle, Bérengère; Chibbaro, Sergio: Weak formulation and scaling properties of energy fluxes in three-dimensional numerical turbulent Rayleigh-Bénard convection (2020)
  5. Antepara, Oscar; Balcázar, Néstor; Rigola, Joaquim; Oliva, Assensi: Numerical study of rising bubbles with path instability using conservative level-set and adaptive mesh refinement (2019)
  6. 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)
  7. Behera, Nalinikanta; Mandal, Shubhadeep; Chakraborty, Suman: Electrohydrodynamic settling of drop in uniform electric field: beyond Stokes flow regime (2019)
  8. Castillo-Castellanos, Andrés; Sergent, Anne; Podvin, Bérengère; Rossi, Maurice: Cessation and reversals of large-scale structures in square Rayleigh-Bénard cells (2019)
  9. Chen, Xiaodong; Xue, Chundong; Hu, Gongqing: Confinements regulate capillary instabilities of fluid threads (2019)
  10. Deka, Hiranya; Biswas, Gautam; Sahu, Kirti Chandra; Kulkarni, Yash; Dalal, Amaresh: Coalescence dynamics of a compound drop on a deep liquid pool (2019)
  11. Dietze, Georg F.: Effect of wall corrugations on scalar transfer to a wavy falling liquid film (2019)
  12. Ebo-Adou, A.; Tuckerman, L. S.; Shin, S.; Chergui, J.; Juric, D.: Faraday instability on a sphere: numerical simulation (2019)
  13. Gómez, Pablo; Zanzi, Claudio; López, Joaquín; Hernández, Julio: Simulation of high density ratio interfacial flows on cell vertex/edge-based staggered octree grids with second-order discretization at irregular nodes (2019)
  14. Gordillo, J. M.; Rodríguez-Rodríguez, J.: Capillary waves control the ejection of bubble bursting jets (2019)
  15. Haghshenas, Majid; Wilson, James A.; Kumar, Ranganathan: Finite volume ghost fluid method implementation of interfacial forces in PISO loop (2019)
  16. Hendrickson, Kelli; Weymouth, Gabriel D.; Yu, Xiangming; Yue, Dick K.-P.: Wake behind a three-dimensional dry transom stern. I: Flow structure and large-scale air entrainment (2019)
  17. Jones, Bevan W. S.; Malan, Arnaud G.; Ilangakoon, Niran A.: The initialisation of volume fractions for unstructured grids using implicit surface definitions. (2019)
  18. Li, Jing; Li, Xiaochen; Liao, Shijun: Stability and hysteresis of Faraday waves in Hele-Shaw cells (2019)
  19. 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)
  20. Malan, L. C.; Ling, Y.; Scardovelli, R.; Llor, A.; Zaleski, S.: Detailed numerical simulations of pore competition in idealized micro-spall using the VOF method (2019)

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