Main developer

Rafael Vázquez from University of Santiago de Compostela (Spain), and formerly at IMATI-CNR (Pavia, Italy) and EPFL (Lausanne, Switzerland).

List of contributors

  • Pablo Antolin, Kirchhoff-Love shells.
  • Viacheslav Balobanov, Bernoulli-Euler beam, error in H^2 norm.
  • Cesare Bracco, admissible refinement for THB-splines, multipatch C1 splines on planar domains and surfaces, hierarchical multipatch C1 splines.
  • Andrea Bressan, implementation of SubGrid methods and other contributions for Stokes problem.
  • Elena Bulgarello, contributions to the 3D div-conforming splines.
  • Massimo Carraturo, contributions to coarsening algorithms for THB-splines.
  • Ondine Chanon, contributions to estimators for adaptive methods, and much beta-testing.
  • Luca Coradello, contributions to Navier-Stokes and Kirchhoff-Love shells, and reduce memory consumption for THB-splines.
  • Jacopo Corno, beta testing and geometry of the Tesla cavity.
  • Adriano Côrtes, Nitsche’s method for enforcing Dirichlet conditions with div-conforming splines.
  • Luca Dedè, advection-diffusion equation.
  • Carlo de Falco, contributions to the design of the code, implementation and maintenance of oct-files, implementation of many low level functions, and constant advice and support.
  • Andrea Farahat, multipatch C1 splines on surfaces.
  • Sara Frizziero, contributions to the 3D div-conforming splines.
  • Eduardo M. Garau, algorithms and implementation of adaptive methods with hierarchical B-splines.
  • Giuliano Guarino, imposition of zero rotation for Kirchhoff-Love shells.
  • Bernard Kapidani, spaces with periodic conditions, exterior derivative.
  • Melina Merkel, fixed memory issues when reading geometry files.
  • Monica Montardini, collocation methods, periodic conditions.
  • Luca Pegolotti, contributions to Navier-Stokes equations.
  • Marco Pingaro, implementation of the bilaplacian and the Kirchhoff-Love plate.
  • Alessandro Reali, contributions to the original design of the code.
  • Anna Tagliabue, advection-diffusion equation.
  • Lorenzo Tamellini, collocation methods.
  • Michele Torre, Cahn-Hilliard equations: single patch, C1 multipatch, and adaptive methods.