for time t ∈ R + and arc-length parameter s ∈ ( 0, L ( t ) ) with jet length L. The balance, constitutive and coupling equations describe the dynamics and behavior of a viscoelastic jet with cross-section A, momentum-associated velocity v, pressure p, stress component σ and jet curve γ.
In this study, we carried out a visualization experiment to analyze the penetration behavior of a secondary air jet system as a function of the jet penetration coefficient (C) and momentum flux ratio (J), based on previous research studies.
In this experimental study, smoke-wire flow visualization is employed to investigate the behavior of a single round jet of 21 mm and 41 mm diameter issuing from a straight tube and impinging on a foamed aluminum heat sink.
In this paper, the flame stabilization behavior of a premixed ethylene air jet injected normal to a hot vitiated crossflow (JICF) of lean combustion products was studied experimentally.
The observed behavior of the jet was not confirmed by shadowgraphy of an operating plasma torch with similar flow conditions (in terms of relative difference of density between the jet and the surrounding air).
The results in present work would be significant to understanding the interfacial behavior of steam jet condensation and would be useful for a better design and safe operation on the TFSI.
The experimental dataset provides a glimpse of the pyrolysis and oxidation behavior of jet fuel in a diffusion flame.
Recently, the question has received a lot of attention, whether the unsteady behavior of the jet in cross-flow can be influenced by either active or passive means in order to control and enhance the mixing process.
