Interior Numerical Approximation of Boundary Value Problems with a Distributional Data
Abstract
The approximation properties of a harmonic function mu element of H(exp 1-kappa) (Omega), kappa > Omicron (sub 2), on a relatively compact subset A of Omega, using the Generalized Finite Element Method(GFEM). In addition to the Generalized Finite Element Method, the following mathematical topics are discussed in this research paper: Interior estimates for the GFEM; Discrete solutions; Approximate solution of the Laplace equation with distribution boundary conditions using the GFEM; Polynomial local approximation spaces.
Document Details
- Document Type
- Technical Report
- Publication Date
- Feb 22, 2005
- Accession Number
- ADA438296
Entities
People
- Ivo Babuška
- Victor Nistor
Organizations
- University of Texas at Austin