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  1. Proceedings of the 8th workshop on Parallel/High-Performance Object-Oriented Scientific Computing (POOSC '09)
  2. C++ code design for multi-purpose explicit finite volume methods: requirements and solutions
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From structured to object oriented programming in parallel algorithms for 3D image reconstruction
Generic compressed sparse matrix insertion: algorithms and implementations in MTL4 and FEniCS
Basic concepts to design a DSL for parallel finite volume applications: extended abstract
The Arcane development framework
Data structure properties for scientific computing: an algebraic topology library
C++ code design for multi-purpose explicit finite volume methods: requirements and solutions
Multi-target C++ implementation of parallel skeletons
Parallel expression template for large vectors
An adaptable framework for distributed and parallel applications
The forced evolution of implementations: using a Monte Carlo algorithm as example
A generic and self-optimizing polynomial library

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C++ code design for multi-purpose explicit finite volume methods: requirements and solutions

Content Provider ACM Digital Library
Author Herzog, Oliver Holzwarth, Volkmar Ziegenhagel, Udo Kirchner, Nadejda Sauer, Martin Klomfass, Arno Knell, Sascha
Abstract The Ernst-Mach-Institute (EMI) of the Fraunhofer-Society is dealing with a wide spectrum of subjects in the fields of applied physics, mechanical and civil engineering. The EMI department for numerical simulation supports the institute and external customers with high-performance software applications in the fields of compressible flows, structural dynamics, electro dynamics and multi-disciplinary couplings of these applications. The majority of the in-house codes are written in FORTRAN 95. Earlier performance studies of numerical simulations in terms of explicit finite element methods have shown that FORTRAN provides much better efficiency than C++. Nevertheless, potential benefits of object-oriented programming in C++ were recognized. Here we analyze the factors contributing to the code performance for the explicit finite volume scheme and show that C++ provides at least the same efficiency as FORTRAN by application of the new techniques.
Starting Page 1
Ending Page 5
Page Count 5
File Format PDF
ISBN 9781605585475
DOI 10.1145/1595655.1595661
Language English
Publisher Association for Computing Machinery (ACM)
Publisher Date 2009-07-07
Publisher Place New York
Access Restriction Subscribed
Subject Keyword Multi-purpose explicit finite volume solver
Content Type Text
Resource Type Article
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