The Distribution of Clothing Microclimate on the Upper Body
Yang-Weon Kim, Kyng-Hi Hong
Abstract
Yang-Weon Kim, Kyng-Hi Hong
Abstract
The factors affecting clothing comfort are temperature, humidity, and air velocity of clothing microclimate which is the temperature and the humidity between the skin surface and the innermost garment, clothing pressure and clothing texture to the skin. This study was designed to estimate the distribution of clothing microclimate on the upper body. All the data of this study were collected from volunteered male subjects in the controlled climate chamber laboratory in which the temperature was , the relative humidity , and the air velocity 30cm/sec. All subjects should wear long-sleeved inner wear and pants woven in 100% cotton. Clothing microclimate temperature at 16 sites on the chest and 16 sites on the back was measured. The results were as follows: the distribution of the clothing microclimate temperature on the upper body was on the breast and on the back. While a mean temperature on the chest was 33.3, it was 33.1 on the back.
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The factors affecting clothing comfort are temperature, humidity, and air velocity of clothing microclimate which is the temperature and the humidity between the skin surface and the innermost garment, clothing pressure and clothing texture to the skin. This study was designed to estimate the distribution of clothing microclimate on the upper body. All the data of this study were collected from volunteered male subjects in the controlled climate chamber laboratory in which the temperature was , the relative humidity , and the air velocity 30cm/sec. All subjects should wear long-sleeved inner wear and pants woven in 100% cotton. Clothing microclimate temperature at 16 sites on the chest and 16 sites on the back was measured. The results were as follows: the distribution of the clothing microclimate temperature on the upper body was on the breast and on the back. While a mean temperature on the chest was 33.3, it was 33.1 on the back.
Key concepts: Microclimate, Clothing, Relative humidity, Air temperature, Humidity, Air movement, Skin temperature, Environmental science