Skin temperature has been recognized as a major factor in judging the thermal sensation. Analysing data reported on sweating, whose rate seemed to be represented by skin temperature, provided that the thermal equilibrium had been attained. This paper, first, describes about the results of experiments conducted on thermal sweating of sedentary subjects, in which the linear relationship between the mean skin temperature and sweating rate was confirmed. Applying this relationship into the heat balance equation, a simple equation for predicting the mean skin temperature was introduced as an index of human response to the thermal environment
Thermal sensation models require a high quality predic-tion of local skin temperatures (Tskin,X) fro...
Clothing evaporative resistance is an important input in thermal comfort models. Thermal manikin tes...
Abstract: This study aimed to measure the amount of sweating on 12 parts of the upper body using abs...
Analysing data reported on sweating, it seemed that thermal sweating rate was proportional to mean s...
An empirical equation for the evaporative efficiency of sweating was derived as a function of wetted...
The data collected by the authors in four experimental series have been analysed together with data ...
The data collected by the authors in four experimental series have been analysed together with data ...
In order to protect heat disorder due to hot environment, the authors have developed a model for pre...
Human body can adjust heat loss by vasoconstriction, vasodilatation, and other methods. The purpo...
A mathematical model for predicting human thermal and regulatory responses in cold, cool, neutral, w...
The present study aimed at (1) deriving the best methodology for using heat stress indices in fluctu...
AND JEAN-Q. GUIEU. Skin temperatures in warm environments and the control of sweat euu~oration.J. Ap...
Clothing evaporative resistance is one of the most important parameters for clothing comfort. The cl...
The value of mean skin temperature as an estimate of energy expenditure was verified in a sample of ...
Thermal comfort is the human subject perceived satisfaction to the environmental condition. The huma...
Thermal sensation models require a high quality predic-tion of local skin temperatures (Tskin,X) fro...
Clothing evaporative resistance is an important input in thermal comfort models. Thermal manikin tes...
Abstract: This study aimed to measure the amount of sweating on 12 parts of the upper body using abs...
Analysing data reported on sweating, it seemed that thermal sweating rate was proportional to mean s...
An empirical equation for the evaporative efficiency of sweating was derived as a function of wetted...
The data collected by the authors in four experimental series have been analysed together with data ...
The data collected by the authors in four experimental series have been analysed together with data ...
In order to protect heat disorder due to hot environment, the authors have developed a model for pre...
Human body can adjust heat loss by vasoconstriction, vasodilatation, and other methods. The purpo...
A mathematical model for predicting human thermal and regulatory responses in cold, cool, neutral, w...
The present study aimed at (1) deriving the best methodology for using heat stress indices in fluctu...
AND JEAN-Q. GUIEU. Skin temperatures in warm environments and the control of sweat euu~oration.J. Ap...
Clothing evaporative resistance is one of the most important parameters for clothing comfort. The cl...
The value of mean skin temperature as an estimate of energy expenditure was verified in a sample of ...
Thermal comfort is the human subject perceived satisfaction to the environmental condition. The huma...
Thermal sensation models require a high quality predic-tion of local skin temperatures (Tskin,X) fro...
Clothing evaporative resistance is an important input in thermal comfort models. Thermal manikin tes...
Abstract: This study aimed to measure the amount of sweating on 12 parts of the upper body using abs...