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IFISS: A Computational Laboratory for Investigating Incompressible Flow Problems
by
Silvester, David J.
, Elman, Howard C.
, Ramage, Alison
in
A posteriori knowledge
/ Algebra
/ Algorithms
/ Applied mathematics
/ Approximation
/ Boundary conditions
/ Computational mathematics
/ Computer science
/ Computer software
/ Eigenvalues
/ Error rates
/ Experiments
/ Finite element analysis
/ Finite element method
/ Incompressible flow
/ Laboratories
/ Linear systems
/ Mathematical models
/ Mathematical preconditioning
/ Navier Stokes equation
/ Navier-Stokes equations
/ RESEARCH SPOTLIGHTS
/ Software
/ Software packages
/ Studies
2014
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IFISS: A Computational Laboratory for Investigating Incompressible Flow Problems
by
Silvester, David J.
, Elman, Howard C.
, Ramage, Alison
in
A posteriori knowledge
/ Algebra
/ Algorithms
/ Applied mathematics
/ Approximation
/ Boundary conditions
/ Computational mathematics
/ Computer science
/ Computer software
/ Eigenvalues
/ Error rates
/ Experiments
/ Finite element analysis
/ Finite element method
/ Incompressible flow
/ Laboratories
/ Linear systems
/ Mathematical models
/ Mathematical preconditioning
/ Navier Stokes equation
/ Navier-Stokes equations
/ RESEARCH SPOTLIGHTS
/ Software
/ Software packages
/ Studies
2014
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Do you wish to request the book?
IFISS: A Computational Laboratory for Investigating Incompressible Flow Problems
by
Silvester, David J.
, Elman, Howard C.
, Ramage, Alison
in
A posteriori knowledge
/ Algebra
/ Algorithms
/ Applied mathematics
/ Approximation
/ Boundary conditions
/ Computational mathematics
/ Computer science
/ Computer software
/ Eigenvalues
/ Error rates
/ Experiments
/ Finite element analysis
/ Finite element method
/ Incompressible flow
/ Laboratories
/ Linear systems
/ Mathematical models
/ Mathematical preconditioning
/ Navier Stokes equation
/ Navier-Stokes equations
/ RESEARCH SPOTLIGHTS
/ Software
/ Software packages
/ Studies
2014
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IFISS: A Computational Laboratory for Investigating Incompressible Flow Problems
Journal Article
IFISS: A Computational Laboratory for Investigating Incompressible Flow Problems
2014
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Overview
The Incompressible Flow & Iterative Solver Software (IFISS) package contains software which can be run with MATLAB or Octave to create a computational laboratory for the interactive numerical study of incompressible flow problems. It includes algorithms for discretization by mixed finite element methods and a posteriori error estimation of the computed solutions, together with state-of-the-art preconditioned iterative solvers for the resulting discrete linear equation systems. In this paper we give a flavor of the code's main features and illustrate its applicability using several case studies. We aim to show that IFISS can be a valuable tool in both teaching and research.
Publisher
Society for Industrial and Applied Mathematics
Subject
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