Experimental study on atomization quality characteristics in mixed fracture Breakup regime

In order to accurately analyze the secondary atomization phenomenon during fire-fighting jets, in this paper, the acceleration, deformation and breakup of droplets after secondary atomization are studied experimentally, and the characteristics of droplets after secondary atomization are studied. The...

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Published in:Journal of physics. Conference series 2022-01, Vol.2158 (1), p.12038
Main Authors: Liu, WR, Ji, C, Liu, YJ
Format: Article
Language:English
Subjects:
Acceleration
atomization quality
Atomizing
Breakup
Critical flow
Droplet
Droplets
Fire fighting
Flow velocity
Physics
secondary atomization
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description In order to accurately analyze the secondary atomization phenomenon during fire-fighting jets, in this paper, the acceleration, deformation and breakup of droplets after secondary atomization are studied experimentally, and the characteristics of droplets after secondary atomization are studied. The critical flow rate of secondary water atomization was obtained. By analyzing the relationship between the factors affecting the secondary atomization characteristics and the number of atomized particles in the mixed crushing mode, the results show that the breaking angle decreases first and then increases with the increase of the we number; When 45 < we
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subjects Acceleration
atomization quality
Atomizing
Breakup
Critical flow
Droplet
Droplets
Fire fighting
Flow velocity
Physics
secondary atomization
title Experimental study on atomization quality characteristics in mixed fracture Breakup regime
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