Use of e-AIRS computing service on CFD education and research
Citations

WEB OF SCIENCE

0
Citations

SCOPUS

0

초록

e-AIRS[l,2], an abbreviation of 'e-Science Aerospace Integrated Research System', is a virtual organization designed to support the aerospace engineering processes on the e-Science environment. Through the collaborative work between aerospace researchers and computer scientists, e-AIRS web portal with the full services on aerodynamic research process is devised. Currently, e-AIRS supports CFD simulations, remote experimental service, and collaborative and integrative study between computation and experiment. Of these supports, CFD (Computational Fluid Dynamics) service is composed is of mesh generation, CFD analysis and result visualization, and enables users to conduct the full simulation process on the web. This characteristic makes e-AIRS to be a good system for both education and research. In this paper, details on e-AIRS computing service and, the use of this system to fluid dynamic lectures on universities and integrative launch vehicle simulation are to be described. Copyright 2008 ACM.

키워드

Aerospace engineeringComputational fluid dynamicse-AIRSe-ScienceGrid computingAerospace engineeringAtmospheric radiationComputational fluid dynamicsDynamicsEngineering researchFluid dynamicsGas dynamicsGrid computingInfrared devicesInfrared instrumentsLaunchingMesh generationSounding apparatusTechnical presentationsVirtual realityAerodynamic researchesAerospace researchersCfd (computational fluid dynamics)CFD analysesCFD simulationsCollaborative worksComputer scientistsComputing servicesE sciencese-AIRSe-ScienceFull servicesIntegrated researchesLaunch vehiclesSimulation processesVirtual organizationsWeb portalsComputer systems
제목
Use of e-AIRS computing service on CFD education and research
저자
Kim, Jin-HoKo, Soon-HeumKim, ChongamKim, YoonheeCho, Kum Won
DOI
10.1145/1383529.1383532
발행일
2008-06
유형
Conference Paper
저널명
CLADE - Proceedings of the 6th International Workshop on Challenges of Large Applications in Distributed Environments 2008, CLADE'08
페이지
7 ~ 14