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In order to study the influence of underwear on human thermal and moisture  comfort in different sports conditions, the objective and subjective  evaluation of underwear (including undershirt and underpants) made of three  kinds of fabrics were carried out, and the underwear comfort model was  established by computational fluid dynamics, and the application prospect of  computational fluid dynamics technology in the field of clothing comfort  research was prospected. The results show: 1. the underwear combination of  different fabrics has certain influence on the thermal and moisture comfort  of human body, and the thermal and moisture of fabric of composite fiber is  better than that of fabric of single fiber; 2. the temperature and humidity  of chest, back, hip and thighs of the human body in different motion states  change, and the temperature and humidity of the chest and back change  greatly; 3. computational fluid dynamics can accurately predict human skin  temperature.

Study on the influence of underwear on local thermal and moisture comfort of human body