| contributor | IPVS, Simulation großer Systeme | ||||||||||
Martin Bernreuther
| creator |
Bernreuther, Martin
| Bungartz, Hans-Joachim
| date |
2005-09
| description |
Simulation of fluid properties and flow below a certain length
scale, where the continuum assumption does not hold any more, has to
be done on a molecular level. Molecular Dynamics (MD) is a proper
tool for nanofluidics. The limits of the system sizes manageable
today are pushed not only by advances and availability of new
hardware. It's even more important to achieve enhancements in
the development of fast efficient algorithms and hardware optimized
implementations. High Performance Computing systems and especially
Clusters of Workstations, which turn out to be very well suited for
this task, are the primary target platform for the majority of MD
codes today. After a classification of the flow type addressed here,
implementation details and parallelization strategies will be
discussed for MD simulations based on short-range potentials,
suitable for a rich variety of components.
| |
| identifier | http://www.informatik.uni-stuttgart.de/cgi-bin/NCSTRL/NCSTRL_view.pl?id=INPROC-2005-42&engl=1 |
| ISBN: ISBN 3-936150-41-9 | |
| language | eng |
| publisher | Erlangen: SCS Publishing House |
| relation | Frontiers in Simulation; 15 |
| ASIM | |
| source | In: Hülsemann, Frank (ed.); Kowarschik, Markus (ed.); Rüde, Ulrich (ed.): 18th Symposium Simulationstechnique ASIM 2005 Proceedings, pp. 117-123 |
| subject | Concurrent Programming (CR D.1.3) |
| Numerical Analysis General (CR G.1.0) | |
| Mathematical Software (CR G.4) | |
| Types of Simulation (CR I.6.8) | |
| Physical Sciences and Engineering (CR J.2) | |
| title | Molecular Simulation of Fluid Flow on a Cluster of Workstations |
| type | Text |
| Article in Proceedings |