Error estimation for simplifications of electrostatic models
Based on a posteriori error estimation a method to bound the error induced by simplifying the geometry of a model is presented. Error here refers to the solution of a partial differential equation and a specific quantity of interest derived from it. Geometry simplificat... View more
 F Danglade, JP Pernot, and P Véron. On the use of machine learning to defeature CAD models for simulation. Computer-Aided Design and Applications, 11(3):358-368, 2014.
 H Date, S Kanai, T Kishinami, I Nishigaki, and T Dohi. High-quality and property controlled finite element mesh generation from triangular meshes using the multiresolution technique. Journal of Computing and Information Science in Engineering, 5(4):266-276, 2005.
 H Date, S Kanai, T Kishinami, and I Nishigaki. Flexible feature and resolution control of triangular meshes. In Proceedings of the sixth IASTED International Conference on Visualization, Imaging and Image Processing, Palma De Mallorca, Spain, pages 319-324, 2006.
 S Dey, MS Shephard, and MK Georges. Elimination of the adverse effects of small model features by the local modification of automatically generated meshes. Engineering with Computers, 13(3):134-152, 1997.
 P Houston, B Senior, and E Süli. hp-discontinuous galerkin finite element methods for hyperbolic problems: error analysis and adaptivity. International Journal for Numerical Methods in Fluids, 40(1-2):153-169, 2002.
 A Ibrahimbegovic, I Grešovnik, D Markovic, S Melnyk, and T Rodic. Shape optimization of two-phase inelastic material with microstructure. Engineering Computations, 22(5/6):605-645, 2005.