PIV를 이용한 중방식 도장용 에어리스 팁의 분사패턴 분석

Heavy duty coating is playing an important role in the field of heavy industry in the development of the shipbuilding and plant industries. Heavy duty coating has the very important function of protecting steel under serious corrosive conditions. The airless tip used for heavy duty coating is an ess...

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Published inHan-guk haeyang gonghak hoeji (Online) Vol. 28; no. 2; pp. 177 - 184
Main Authors 윤순현(Soon-Hyun Yoon), 최효성(Hyo-Sung Choi), 김동건(Dong-Keon Kim), 김봉환(Bong-Hwan Kim), 조승완(Seung-Wan Cho)
Format Journal Article
LanguageKorean
Published 한국해양공학회 2014
Subjects
해양공학
Heavy Duty Coating 중방식 도장
Airless Tip 에어리스 팁
Airless Coating 에어리스 도장
PIV 입자영상유속계
Spray Pattern 분사패턴
Online AccessGet full text
ISSN1225-0767
2287-6715

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Abstract Heavy duty coating is playing an important role in the field of heavy industry in the development of the shipbuilding and plant industries. Heavy duty coating has the very important function of protecting steel under serious corrosive conditions. The airless tip used for heavy duty coating is an essential part that determines the spray pattern of the paint. This research investigated the injection properties of three airless tips(numbers 521, 523, and 525) by using particle image velocimetry(PIV). The velocity and turbulent intensity according to pressure change with each tip type were investigated by using PIV. If the pressure is greater, the turbulent intensity becomes stronger and the break up of particles becomes bigger as the tip number gets smaller. The velocity is the fastest in the center and decreases in the radial direction.
AbstractList Heavy duty coating is playing an important role in the field of heavy industry in the development of the shipbuilding and plant industries. Heavy duty coating has the very important function of protecting steel under serious corrosive conditions. The airless tip used for heavy duty coating is an essential part that determines the spray pattern of the paint. This research investigated the injection properties of three airless tips(numbers 521, 523, and 525) by using particle image velocimetry(PIV). The velocity and turbulent intensity according to pressure change with each tip type were investigated by using PIV. If the pressure is greater, the turbulent intensity becomes stronger and the break up of particles becomes bigger as the tip number gets smaller. The velocity is the fastest in the center and decreases in the radial direction.
Heavy duty coating is playing an important role in the field of heavy industry in the development of the shipbuilding and plantindustries. Heavy duty coating has the very important function of protecting steel under serious corrosive conditions. The airless tip used for heavyduty coating is an essential part that determines the spray pattern of the paint. This research investigated the injection properties of three airlesstips(numbers 521, 523, and 525) by using particle image velocimetry(PIV). The velocity and turbulent intensity according to pressure change witheach tip type were investigated by using PIV. If the pressure is greater, the turbulent intensity becomes stronger and the break up of particlesbecomes bigger as the tip number gets smaller. The velocity is the fastest in the center and decreases in the radial direction. KCI Citation Count: 1
Author 조승완(Seung-Wan Cho)
윤순현(Soon-Hyun Yoon)
최효성(Hyo-Sung Choi)
김봉환(Bong-Hwan Kim)
김동건(Dong-Keon Kim)
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DocumentTitleAlternate Analysis on Spray Pattern of Airless Tip for Heavy Duty Coating Using Particle Image Velocimetry
DocumentTitle_FL Analysis on Spray Pattern of Airless Tip for Heavy Duty Coating Using Particle Image Velocimetry
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Keywords Heavy Duty Coating 중방식 도장
Airless Tip 에어리스 팁
Airless Coating 에어리스 도장
PIV 입자영상유속계
Spray Pattern 분사패턴
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Snippet Heavy duty coating is playing an important role in the field of heavy industry in the development of the shipbuilding and plant industries. Heavy duty coating...
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SubjectTerms 해양공학
Title PIV를 이용한 중방식 도장용 에어리스 팁의 분사패턴 분석
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