[[abstract]]©1995 Elsevier-This paper addresses the implementation of vortex methods on parallel machines with distributed memory to simulate three-dimensionally evolving jet. Vortical structure developments, due to Kelvin-Helmholtz instability, of the axially perturbed jet are also examined. The implementation is conducted on an experimental parallel object-oriented environment and parallelism is focused on the issues of data distribution of vortexes, efficient support of parallel I/O, and overlapping of communications with computations[[department]]資訊工程學
Communication to : Parallel computational fluid dynamics 97, Manchester (Great-Britain), May 19-21, ...
This paper presents an analysis of the scalability and efficiency of a simulation framework based on t...
AbstractThe implementations of 2D vortex element method adapted to different types of parallel compu...
[[abstract]]©1997 John Wiley & Sons-This paper addressed the implementation of vortex filament metho...
[[abstract]]This paper addressed the implementation of vortex filament methods on parallel machines ...
We present Vortex Methods implemented in massively parallel computer architectures for the Direct Nu...
We present Vortex Methods implemented in massively parallel computer architectures for the Direct Nu...
Implementation and parallelization of additive turbulent decomposition is described for the small-sc...
Parallel discrete vortex methods are ideally suited for studying the behaviour of bluff body wakes d...
Three-dimensional vortex-method simulations are made of a round jet forced by axisymmetric, helical ...
The Havier-Stokes Equations have been solved on the Flowsolver Mk1 concurrent/parallel computer buil...
Mainframe supercomputers such as the Cray C90 was invaluable in obtaining large scale computations u...
The modification of unsteady three-dimensional Navier-Stokes codes for application on massively para...
In this paper, we present parallel simulations of three-dimensional complex flows obtained on an ORI...
AbstractIn this paper we present numerical results for vortex tube reconnection for three different ...
Communication to : Parallel computational fluid dynamics 97, Manchester (Great-Britain), May 19-21, ...
This paper presents an analysis of the scalability and efficiency of a simulation framework based on t...
AbstractThe implementations of 2D vortex element method adapted to different types of parallel compu...
[[abstract]]©1997 John Wiley & Sons-This paper addressed the implementation of vortex filament metho...
[[abstract]]This paper addressed the implementation of vortex filament methods on parallel machines ...
We present Vortex Methods implemented in massively parallel computer architectures for the Direct Nu...
We present Vortex Methods implemented in massively parallel computer architectures for the Direct Nu...
Implementation and parallelization of additive turbulent decomposition is described for the small-sc...
Parallel discrete vortex methods are ideally suited for studying the behaviour of bluff body wakes d...
Three-dimensional vortex-method simulations are made of a round jet forced by axisymmetric, helical ...
The Havier-Stokes Equations have been solved on the Flowsolver Mk1 concurrent/parallel computer buil...
Mainframe supercomputers such as the Cray C90 was invaluable in obtaining large scale computations u...
The modification of unsteady three-dimensional Navier-Stokes codes for application on massively para...
In this paper, we present parallel simulations of three-dimensional complex flows obtained on an ORI...
AbstractIn this paper we present numerical results for vortex tube reconnection for three different ...
Communication to : Parallel computational fluid dynamics 97, Manchester (Great-Britain), May 19-21, ...
This paper presents an analysis of the scalability and efficiency of a simulation framework based on t...
AbstractThe implementations of 2D vortex element method adapted to different types of parallel compu...