Which are Better Conditioned Meshes Adaptive, Uniform, Locally Refined or Localised
Sanjay Kumar Khattri, Gunnar Fladmark
Abstract
Adaptive, locally refined and locally adjusted meshes are preferred over uniform meshes for capturing singular or localised solutions. Roughly speaking, for a given degree of freedom a solution associated with adaptive, locally refined and locally adjusted meshes is more accurate than the solution given by uniform meshes. In this work, we answer the question which meshes are better conditioned. We found, for approximately same degree of freedom (same size of matrix), it is easier to solve a system of equations associated with an adaptive mesh.
Create a lesson
Related papers
A Multilevel Interacting Particle System Method for the estimation of Failure Probabilities
Rubén Aylwin, José Pinto
Enforcing Dirichlet Boundary Conditions in Operator Learning
Andrew M. Stuart, Margaret Trautner
QH-GEM: Quantum-Hydrodynamic Generative Modeling
Harbir Antil, Alex Kaltenbach, Sarswati Shah
Bochner Stability for B-stable DIRK Schemes
Anthony E. Ramirez, Abner J. Salgado
A multi-class kinetic traffic flow model: discrete-velocity formulation and diffusively-corrected macroscopic limits
Carmen Mezquita-Nieto, Paola Goatin, Axel Klar
Primal-dual methods and acceleration for Morozov and equality constrained regularization
Diana-Elena Mirciu, Martin Benning, Elena Resmerita