Two-and three-dimensional turbomachinery flows in stationary and rotating compressor
cascades are studied by using a one-level inexact explicit Schwarz method, and a cubic …

In-spite of their advantages in handling complex geometries, meshless methods have been
restricted very much to applications at low spatial order, typically of the second-order. This is …

In this paper we present a parallel algorithm for solving the Euler equations on unstructured
grids. Time discretization is organized with a linear, implicit version of Taylor-Galerkin time …

Comparison of message-passing and shared memory implementations of the GMRES method
on MIMD computers Page 1 195 Comparison of message-passing and shared memory …

In this paper we propose a heterogeneous parallel algorithm for finite element compressible
fluid flow simulations on unstructured grids. The algorithm incorporates two kinds of …

The domain cleconiposition and the mcsli partition methods are combi-ned to form a simple
and ell'ec. 1. i\-'e 5-IlgOl 'll, l] l1l ensuring the optimal load balance for {-1 multiprocessor …

Two parallel programming models applied to an adaptive finite element code for solving
nonlinear simulation problems on unstructured grids are compared. As a test case we used …

In this paper we present some methods and algorithms for large scale computing which
cover different areas of computational and computer sciences. They concern particle …

The first algorithm incorporates a short-range 12/6 Lennard-Jones pair potential in 3D
geometry, as well as the leap-frog method for solving Newtonian equations of motion …

The paper presents a finite element code for compressible flow simulations. The code has
two important features: adaptivity to increase accuracy of computations by selectively …