Experimental study on the droplets distributions and formation of liquid film after impingement on the heated plate with and without triangular grooves

Research output: Contribution to journalArticle

Abstract

Impingement of liquid fuel spray on the surface of intake manifold influences on the performance and emission of IC engine. In order to provide the characteristics of liquid fuel droplets after impingement on the surface including the droplet size and liquid film formation on the surface, experimental study was carried out for the droplets impinging on the vertical heated plates with and without triangular grooves. Water and heptane are chosen as the fuel. Attack angle, temperature of plate and groove angle on the selected as the major parameters, and the effects of these major parameters on the spray characteristics of rebounced droplets are examined. It is found that the attack angle, temperature of plate and the groove angle affect on the distribution of SMD, volume concentration of droplets after impingement as well as the formation of liquid film on the plate.

Original languageEnglish
Pages (from-to)210-219
Number of pages10
JournalInternational Journal of Fluid Mechanics Research
Volume24
Issue number1-3
Publication statusPublished - 1997

Fingerprint

impingement
Liquid films
grooves
liquid fuels
liquids
attack
Liquid fuels
spray characteristics
fuel sprays
heptanes
Surface mount technology
engines
Heptane
temperature
Engines
Temperature
water
Water

ASJC Scopus subject areas

  • Mechanical Engineering
  • Physics and Astronomy(all)

Cite this

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title = "Experimental study on the droplets distributions and formation of liquid film after impingement on the heated plate with and without triangular grooves",
abstract = "Impingement of liquid fuel spray on the surface of intake manifold influences on the performance and emission of IC engine. In order to provide the characteristics of liquid fuel droplets after impingement on the surface including the droplet size and liquid film formation on the surface, experimental study was carried out for the droplets impinging on the vertical heated plates with and without triangular grooves. Water and heptane are chosen as the fuel. Attack angle, temperature of plate and groove angle on the selected as the major parameters, and the effects of these major parameters on the spray characteristics of rebounced droplets are examined. It is found that the attack angle, temperature of plate and the groove angle affect on the distribution of SMD, volume concentration of droplets after impingement as well as the formation of liquid film on the plate.",
author = "Kim, {Ho Young} and Simsoo Park and Cho, {K. M.}",
year = "1997",
language = "English",
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journal = "Fluid Mechanics Research",
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T1 - Experimental study on the droplets distributions and formation of liquid film after impingement on the heated plate with and without triangular grooves

AU - Kim, Ho Young

AU - Park, Simsoo

AU - Cho, K. M.

PY - 1997

Y1 - 1997

N2 - Impingement of liquid fuel spray on the surface of intake manifold influences on the performance and emission of IC engine. In order to provide the characteristics of liquid fuel droplets after impingement on the surface including the droplet size and liquid film formation on the surface, experimental study was carried out for the droplets impinging on the vertical heated plates with and without triangular grooves. Water and heptane are chosen as the fuel. Attack angle, temperature of plate and groove angle on the selected as the major parameters, and the effects of these major parameters on the spray characteristics of rebounced droplets are examined. It is found that the attack angle, temperature of plate and the groove angle affect on the distribution of SMD, volume concentration of droplets after impingement as well as the formation of liquid film on the plate.

AB - Impingement of liquid fuel spray on the surface of intake manifold influences on the performance and emission of IC engine. In order to provide the characteristics of liquid fuel droplets after impingement on the surface including the droplet size and liquid film formation on the surface, experimental study was carried out for the droplets impinging on the vertical heated plates with and without triangular grooves. Water and heptane are chosen as the fuel. Attack angle, temperature of plate and groove angle on the selected as the major parameters, and the effects of these major parameters on the spray characteristics of rebounced droplets are examined. It is found that the attack angle, temperature of plate and the groove angle affect on the distribution of SMD, volume concentration of droplets after impingement as well as the formation of liquid film on the plate.

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