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3. Roxana Diaconescu:
Object Based Concurrency for Data Parallel
Applications: Programmability and Effectiveness
2. Jens Holmen:
Some numerical methods for the simulation of laminar and turbulent
incompressible flows
1. Hallgeir Melbø:
A Posteriori Error Estimation for Finite Element Methods and Iterative
Linear Solvers
18. Z. Constantinescu, P. Petrovic and A. Pedersen: Q2ADPZ - an
open system for distributed computing
17. R. Diaconescu: An object oriented framework for distributed
numerical computations
16. R. Diaconescu: Distributed component architecture for
scientific applications
15. R. Diaconescu and R. Conradi: A data parallel programming
model based on distributed objects
14. R. Diaconescu: A general data layout for distributed data
consistency in data parallel applications
13. J. Holmen and M. O. Henriksen: Splitting methods applied to
the incompressible Navier-Stokes equations: Effects on the calculation
of wall forces
12. M. O. Henriksen and J. Holmen: Algebraic splittig for
incompressible Navier-Stokes equations
11. G. Golub and H. Melbų: A stochastic approach to error
estimates for iterative linear solvers. Part 2
10. G. Golub and H. Melbų: A stochastic approach to error
estimates for iterative linear solvers. Part 1
9. H. Melbų and T. Kvamsdal: Goal oriented error estimators for
Stokes equations based on Variationally Consistent Postprocessing
8. M. Ainsworth and H. Melbų: Analysis of the equilibrated
residual method on anisotropic triangular meshes
7. H. Melbų: Explicit error estimators for bilinear finite
elements on anisotropic rectangular meshes
6. H. Melbų: A posteriori error estimation for finite element
methods, an overview
5. E. Celledoni, G. Johannessen and T. Kvamsdal:
Parallelization of a CFD code: the use of Aztec library in the
parallel numerical simulation of Extrusion of Aluminium.
4. E. Celledoni:
A note on the numerical integration of the KdV equation via
isospectral deformations.
3. G. Johannessen:
Parallel preconditioned Krylov subspace methods for large sparse
linear systems Diploma thesis.
2. H. Melbø: A
posteriori error estimation for finite elements methods. (Some
other related pubblications form SIMA
here.)
1. R. E. Diaconescu, R. Conradi:
An Object-Oriented Approach to Numerical Calculation of Physical
Entities , In Proc. EUROPRIME, Warsaw, Poland, 12-13 Sep. 1999, 11
p. SU-report 16/99. (Pubblications of the Software Engineering group
at IDI here.)
2. R. Holdahl, H. Holden and K. Lie: Unconditionally stable
splitting methods for the shallow waters equations To appear in
BIT. (Other related material form the
Conservation laws group here .)
1. H. Melbø: Preconditioning and error estimates
for iterative linear solvers Diploma thesis.
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Editor in Charge: Manager of SUP-CSE, Professor Syvert P. Nørsett
Webmaster: Snorre Boasson Last modified: Fri Oct 17 17:32:51 MEST 2003 |