ParallelNuscaS is an object-oriented package for parallel finite elemt modeling, developed
at the Technical University of Częstochowa. This paper is devoted to the investigation of the …

In this paper, we give an overview of efforts to improve current techniques of load-balancing
and efficiency of finite element method (FEM) computations on large-scale parallel …

This paper describes the effect of TSPi (Introduction to the Team Software Process) on key
performance dimensions in software projects, including the ability to estimate, the quality of …

This paper addresses the use of object-oriented programming techniques for developing
simulation codes. We will argue why such modern programming techniques support the …

Over the last 20 years or so object-oriented programming has become the predominant
paradigm in software engineering. Finite-element analysis (FEA) is the most powerful …

The finite element method is primarily utilized to numerically solve partial differential
equations, most commonly by the use iterative methods, over a compact domain. The PDEs …

Numerical modeling of 3D thermomechanical problems is a complex and time-consuming
issue. Adaptive techniques are powerful tools to perform efficiently such modeling using the …

Our parallel FEM package NuscaS allows us to solve adaptive FEM problems with 3D
unstructured meshes on distributed-memory parallel computers such as PC-clusters. For …

In the first part, we present the concept and implementation of the National Cluster of Linux
System (CLUSTERIX)–a truly distributed national computing infrastructure with 12 sites (64 …

ParallelNuscaS is an object-oriented package for the parallel finite element modeling,
developed at Czestochowa University of Technology. This paper is devoted to modeling the …