M. A. Fallavollita, J. D. McDonald, and D. Baganoff. Parallel Implementation of a Particle Simulation for Modeling Rarefied Gas Dynamic Flow. Computing Systems in Engineering, volume 3, pages 283--289, 1992. Home/Search Document Not in Database Summary Related Articles Check |
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Runtime Support for Dynamic Space-Based Applications on.. - Ashok (1994) (1 citation) (Correct)
....molecules in low density regions. This application is used by aerospace researchers to study the forces exerted on space vehicles as they pass through the upper atmosphere at hypersonic speeds. In low density conditions, Monte Carlo methods that rely on the discrete particle nature are used [Fallavollita et al. 92, McDonald 89] Computation is performed on random pairs of molecules. For the purposes of efficient collision pairing, the active space is represented as a three dimensional space array of unit sized cells. Molecules can move among cells, but are only eligible for collision with other molecules ....
....specific scientific applications in different fields of science and engineering. Here we mention the work done on dynamic space based applications: particle in cell (plasma physics) Campbell et al. 90, Ferraro et al. 93, Liewer Decyk 89, Walker 90] rarefied fluid flow (aeronautics) Fallavollita et al. 92, McDonald 89, Singh et al. 90] and molecular dynamics (materials science and chemistry) Brug e Fornili 90, Fincham 87, Pinches et al. 91, Raine et al. 89, Rapaport 91, Smith 91] 3.2 Application Induced Load Balancing 3.2.1 Automatic Data Partitioning Much research has been done on parallel ....
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M. A. Fallavollita, J. D. McDonald, and D. Baganoff. Parallel Implementation of a Particle Simulation for Modeling Rarefied Gas Dynamic Flow. Computing Systems in Engineering, volume 3, pages 283--289, 1992.
Parallel Monte Carlo Simulation of Three-Dimensional.. - Nance, Hassan.. (1995) (1 citation) (Correct)
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Fallavollita, M. A., McDonald, J., and Baganoff, D., "Parallel Implementation of a Particle Simulation for Modeling Rarefied Gas Dynamic Flow," Computing Systems in Engineering, Vol. 3, No. 1-4, 1992, pp. 283-289.
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