DENSE FLUID DILUTION RATE WHEN RELEASED CONSTINUOUSLY INTO AMBIENT

DENSE FLUID DILUTION RATE WHEN RELEASED CONSTINUOUSLY INTO AMBIENT

SANTOS, R. R. C; VIANNA, S. S. V

Oral:

Mixing mechanisms between fluids plays a key role in the industry. Gas dispersion is particularly important to risk analysis. The released gas – toxic or flammable – mixes with ambient fluid diluting itself. Close to the source– in the near field region – the dense fluids behaviour depends on the initial Froude Number

Mixing mechanisms between fluids plays a key role in the industry. Gas dispersion is particularly important to risk analysis. The released gas – toxic or flammable – mixes with ambient fluid diluting itself. Close to the source– in the near field region – the dense fluids behaviour depends on the initial Froude Number

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DOI: 10.5151/cobeq2018-CO.054

Referências bibliográficas

• [1] Gualtieri, C. & Chanson, H., 2007. Experimental analysis of Froude number effect on air
• [2] entrainment in the hydraulic jump. Environmental Fluid Mechanics, 7(3), pp.217–238.
• [3] Santos, R.R.C. & Vianna, S.S. V, 2018. Numerical Simulation and Investigation of Mixing
• [4] During Release of Dense Fluid Into Ambient Fluid. In II Congresso Brasileiro de Fluido
• [5] Dinâmica Computacional. Rio de Janeiro. (ACCEPTED)
• [6] Sher, D. & Woods, A.W., 2017. Mixing in continuous gravity currents. Journal of Fluid
• [7] Mechanics, 818, p.R4.

Como citar:

SANTOS, R. R. C; VIANNA, S. S. V; "DENSE FLUID DILUTION RATE WHEN RELEASED CONSTINUOUSLY INTO AMBIENT", p-4283-4286. In: . São Paulo: Blucher, 2018.
ISSN 23591757, DOI 10.5151/cobeq2018-CO.054