Add to ORKGThe Europe;m Pre-Standard for protective clo1hing against cold ENV 342:1998 (1) suggests that the testing of thermal insulation should be made on a moving thennal manikin. In this way, the value can be used to match require-ments specified by the lREQ-method (2) or as realistic input for prediction o
Insulation values for indoor clothing that were measured with a stationary, stauding manikin are ava...
ISO 9920 defines three insulation calculation methods: global, parallel and serial. It considers glo...
(1999) Clothing evaporative heat resistance: proposal for improved representation in standards and m...
The European Pre-Standard for protective clothing against cold ENV 342: 1998 (1) suggests that the t...
Cold protective clothing was studied in 2 European Union projects. The objectives were (a) to examin...
Cold protective clothing was studied in 2 European Union projects. The objectives were (a) to examin...
The combined effects of body movements and wind considerably enhance heat loss from the human body. ...
Assessment of the performance of clothing, when worn under realistic conditions, requires knowledge ...
A meta-analysis of the effect of body and air movement on the insulation provided by workwear and co...
Previous studies have created large data bases of clothing insulation values for a number of differe...
Based on the improved understanding of the effects of wind and walking motion on the thermal insulat...
According to the European prestandard ENV 342:1998, the thermal insulation of cold-protective clothi...
At the present time there are various methods known for testing the thermal insulation properties of...
Clothing insulation is one of the basic parameters that affects human heat exchange with the environ...
The assessment of the thermal insulation of clothing is of great significance whenever the study of ...
Insulation values for indoor clothing that were measured with a stationary, stauding manikin are ava...
ISO 9920 defines three insulation calculation methods: global, parallel and serial. It considers glo...
(1999) Clothing evaporative heat resistance: proposal for improved representation in standards and m...
The European Pre-Standard for protective clothing against cold ENV 342: 1998 (1) suggests that the t...
Cold protective clothing was studied in 2 European Union projects. The objectives were (a) to examin...
Cold protective clothing was studied in 2 European Union projects. The objectives were (a) to examin...
The combined effects of body movements and wind considerably enhance heat loss from the human body. ...
Assessment of the performance of clothing, when worn under realistic conditions, requires knowledge ...
A meta-analysis of the effect of body and air movement on the insulation provided by workwear and co...
Previous studies have created large data bases of clothing insulation values for a number of differe...
Based on the improved understanding of the effects of wind and walking motion on the thermal insulat...
According to the European prestandard ENV 342:1998, the thermal insulation of cold-protective clothi...
At the present time there are various methods known for testing the thermal insulation properties of...
Clothing insulation is one of the basic parameters that affects human heat exchange with the environ...
The assessment of the thermal insulation of clothing is of great significance whenever the study of ...
Insulation values for indoor clothing that were measured with a stationary, stauding manikin are ava...
ISO 9920 defines three insulation calculation methods: global, parallel and serial. It considers glo...
(1999) Clothing evaporative heat resistance: proposal for improved representation in standards and m...