We propose a numerical method for modeling multimaterial flows where the domain is decomposed into separate Eulerian and Lagrangian subdomains. That is, the equations are written in Eulerian form in one subdomain and in Lagrangian form in the other subdomain. This is of interest, for example, when c
A Eulerian/Lagrangian model to calculate the evolution of a water droplet spray
β Scribed by Paul Creismeas
- Publisher
- John Wiley and Sons
- Year
- 1995
- Tongue
- English
- Weight
- 972 KB
- Volume
- 20
- Category
- Article
- ISSN
- 0271-2091
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π SIMILAR VOLUMES
We present a successful calculation of the static dielectric constant of water based on simulations of microscopic droplets in vacuum. A 1.5 ns simulation of a 24 ~ radius sphere of TIP3P water gives ~ -82 + 5 at 292 K; a 2 ns simulation of a 14 sphere gives β’ ffi 82 + 5 at 294 K. Inclusion of all e
A model has been developed which predicts the dispersion of splash droplets produced by the impact of a water drop on a sloping soil surface. Experimental results of the ejection velocities and ejection angles of the splash droplets are generalized to a planar slope and the resulting splash distance