degree of discomfort caused by human respiratory tract evapora-tion, convection and cooling Insufficient mucous membranes. It was developed to assess the impact of the temperature and hu-midity of the air inhaled perception based on 14 combinations of air temperature and relative humidity. This model has a validity range of the temperature of 20–29 °C and steam partial pressure of 1000–3000 Pa (see [8]). Its expression obtained based on the air temperature (Ta) and the partial vapour pressure (Pa) is
PD index was associated with the relative humidity of skin
(PDskin ) , the warm respiratory comfort (PDWRC ) and the perceived
quality of air at a specific time (PDIAQ ). The man is usually inside, it is necessary that the environment is healthy and comfortable. Thermal comfort is on the health and productivity of an individual. Highly dependent on the physical, physiological and psychological. The analytical study of comfort was initiated by Fanger [19], over time, an adaptive approach is adopted. It results from field studies. These standards form the basis of standard ISO 7730 [18] and ASHRAE 55 [17]. When we want to study the discomfort caused by the moist skin in dressed people we must apply the percentage of
dissatisfaction by moist skin ( PDskin ) [12] and PDWRC for the warm respiratory comfort [12], respectively. PDWRC , called the percentage of dissatisfaction for warm respiratory comfort expresses the
degree of discomfort caused by human respiratory tract evapora-tion, convection and cooling Insufficient mucous membranes. It was developed to assess the impact of the temperature and hu-midity of the air inhaled perception based on 14 combinations of air temperature and relative humidity. This model has a validity range of the temperature of 20–29 °C and steam partial pressure of 1000–3000 Pa (see [8]). Its expression obtained based on the air temperature (Ta) and the partial vapour pressure (Pa) isPD index was associated with the relative humidity of skin(PDskin ) , the warm respiratory comfort (PDWRC ) and the perceived quality of air at a specific time (PDIAQ ). The man is usually inside, it is necessary that the environment is healthy and comfortable. Thermal comfort is on the health and productivity of an individual. Highly dependent on the physical, physiological and psychological. The analytical study of comfort was initiated by Fanger [19], over time, an adaptive approach is adopted. It results from field studies. These standards form the basis of standard ISO 7730 [18] and ASHRAE 55 [17]. When we want to study the discomfort caused by the moist skin in dressed people we must apply the percentage ofdissatisfaction by moist skin ( PDskin ) [12] and PDWRC for the warm respiratory comfort [12], respectively. PDWRC , called the percentage of dissatisfaction for warm respiratory comfort expresses the
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