Add to ORKGThe thermal insulation of clothing (garments and ensembles) is usually measured with heated thermal manikin^('*^^^*^), The method involves fully heating a manikin to thermal equilibrium; first nude and then clothed. Measurements of the total heat loss €Torn the manikin at known and fixed 'skin ' temperature and environmenta
For wearers of protective clothing in radiation environments there are no quantitative guidelines av...
According to the European prestandard ENV 342:1998, the thermal insulation of cold-protective clothi...
The combined effects of body movements and wind considerably enhance heat loss from the human body. ...
Effects of the distribution of skin surface temperature were investigated on thermal insulation of c...
The localized thermal insulation value expresses a garment\u27s thermal resistance over the region w...
For analyzing the overall total thermal insulation of clothing ensembles (IT), international standar...
The assessment of the thermal insulation of clothing is of great significance whenever the study of ...
Clothing evaporative resistance is an important input in thermal comfort models. Thermal manikin tes...
Thermal manikins have been used to measure thermal properties of clothing. The use of thermal maniki...
This paper addresses selection between two calculation options, i.e heat loss option and mass loss o...
In order to accurately simulate skin and core temperatures and thermal comfort, some human physiolog...
Clothing evaporative resistance is one of the most important parameters for clothing comfort. The cl...
Assessment of the performance of clothing, when worn under realistic conditions, requires knowledge ...
Heat transfer through clothing is an important topic related to thermal comfort in environmental eng...
The insulation provided by an immersed dry suit is usually measured using a thermal manikin that com...
For wearers of protective clothing in radiation environments there are no quantitative guidelines av...
According to the European prestandard ENV 342:1998, the thermal insulation of cold-protective clothi...
The combined effects of body movements and wind considerably enhance heat loss from the human body. ...
Effects of the distribution of skin surface temperature were investigated on thermal insulation of c...
The localized thermal insulation value expresses a garment\u27s thermal resistance over the region w...
For analyzing the overall total thermal insulation of clothing ensembles (IT), international standar...
The assessment of the thermal insulation of clothing is of great significance whenever the study of ...
Clothing evaporative resistance is an important input in thermal comfort models. Thermal manikin tes...
Thermal manikins have been used to measure thermal properties of clothing. The use of thermal maniki...
This paper addresses selection between two calculation options, i.e heat loss option and mass loss o...
In order to accurately simulate skin and core temperatures and thermal comfort, some human physiolog...
Clothing evaporative resistance is one of the most important parameters for clothing comfort. The cl...
Assessment of the performance of clothing, when worn under realistic conditions, requires knowledge ...
Heat transfer through clothing is an important topic related to thermal comfort in environmental eng...
The insulation provided by an immersed dry suit is usually measured using a thermal manikin that com...
For wearers of protective clothing in radiation environments there are no quantitative guidelines av...
According to the European prestandard ENV 342:1998, the thermal insulation of cold-protective clothi...
The combined effects of body movements and wind considerably enhance heat loss from the human body. ...