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오석준(S. J. Oh),정두환(D. H. Chung),고한서(H. S. Ko) 대한기계학회 2005 대한기계학회 춘추학술대회 Vol.2005 No.11
In these days, demand of a LCD-TV is remarkably increasing with development of the LCD technology. However, there are thermal problems for improvement of efficiency for the LCD-TV. Thus, this research analyzed thermal problems such as convection and conduction heat transfer characteristics in the LCD-TV using an infrared (IR) camera. Also, the results of front side of the LCD panel using the IR camera have been compared with the results of backside of the LCD panel using T-type thermocouples. The equations have been derived for the temperature distribution of the backside of the LCD panel by a multiple regression method including variables for ambient temperature, humidity and temperature differences between front and back panel of the LCD-TV.
오석준(S. J. Oh),고한서(H. S. Ko),정두환(D. H. Chung) 대한기계학회 2006 대한기계학회 춘추학술대회 Vol.2006 No.6
In these days, demand of a LCD monitor is remarkably increasing with development of the LCD technology. However, there are thermal problems for improvement of efficiency for the LCD monitor. Thus, this research analyzed thermal problems such as convection and conduction heat transfer characteristics in the LCD monitor using an infrared (IR) camera. Also, the results of the outer side of the front LCD panel using the IR camera have been compared with the results of the inner side of the front panel using T-type thermocouples. The equations have been derived for the temperature distribution of the inner side of the front LCD panel by a multiple regression method including variables for ambient temperature, humidity and temperature differences between the front and back panels of the LCD monitor.
내부 온도 추정식 개발에 의한 LCD 모니터 내부의 열분포 분석
오석준(S. J. Oh),고한서(H. S. Ko),정두환(D. H. Chung) 한국유체기계학회 2006 유체기계 연구개발 발표회 논문집 Vol.- No.-
In these days, demand of a LCD monitor is remarkably increasing with development of the LCD technology. However, there are thermal problems for improvement of efficiency for the LCD monitor. Thus, this research analyzed thermal problems such as convection and conduction heat transfer characteristics in the LCD monitor using an infrared (IR) camera. Also, the results of the outer side of the front LCD panel using the IR camera have been compared with the results of the inner side of the front panel using T-type thermocouples. The equations have been derived for the temperature distribution of the inner side of the front LCD panel by a multiple regression method including variables for ambient temperature, humidity and temperature differences between the front and back panels of the LCD monitor.