3.1 Introduction: boundary layers, instability of centered schemes.... 13 3.2 Stationary
convections: introduction, schemes based on the method of characteristics, upwind …

The two-dimensional nonlinear time domain free surface flow problem is analysed using
potential flow theory. The problem is solved by a time marching method. At each time step …

Parallel processes can be identified at several different levels in the computational
simulation of physical processes and problems. We first briefly sketch the main steps …

Abstract The Finite Element Method for solving partial differential equations using the long
vector mode of the DAP is presented. This work was developed on a 32× 32 version of the …

A nonoverlapped domain decomposition method for a class of convection-diffusion
problems is considered. An interface coupling technique is developed for the application of …

On the coupling of incompressible viscous flows and incompressible potential flows via domain
decomposition Page 1 ON TIIE COUPLING OF INCOMPRESSIBLE VISCOUS FLOWS AND …

Le problème de Stokes est résolu élément par élément en utilisant une nouvelle méthode
itérative d'approximation par éléments finis non conforme, basée sur la méthode nodale …

For diffusion-dominated steady flows, classical second-order methods are usually used. A
large number of iterations, and hence a long computing time, is required to solve the set of …

A parallel algorithm for transonic flow calculations is presented, and its performance on an
array processor is investigated. The emphasis of this paper is on the mapping strategy …

Communication and synchronization costs are a key problem in parallel computing.
Studying an iterative method which requires only neighbor to neighbor communication …