Summary
Beyond an insulating function, clothing constitutes a dynamic system managing the hydro-thermal exchanges between body and environment. The built model, presented in the paper, and computed in the form of user-friendly software, points out the interfacing function. The air confined inside the garment creates a micro-climate responsible for the perceived comfort. The exchanges between the external sides of the clothing and the outer environment are lower than in a "static" insulating model, but are to be added to the transfers by renewal of the confined air. This model constitutes a tool giving a comprehensive valuation of the real transfers. It is useful for studies concerning thermal comfort and fabrics.
Details
- Original title: A new dynamic clothing model. 1. Heat and mass transfers.
- Record ID : 2001-1554
- Languages: English
- Source: Rev. gén. Therm./Int. J. therm. Sci. - vol. 39 - n. 6
- Publication date: 2000/06
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Indexing
- Themes: Comfort air conditioning
- Keywords: Clothing; Mass transfer; Heat transfer; Modelling; Man; Thermal comfort; Air conditioning
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A new dynamic clothing model. 2. Parameters of ...
- Author(s) : SARI H., BERGER X.
- Date : 2000/06
- Languages : English
- Source: Rev. gén. Therm./Int. J. therm. Sci. - vol. 39 - n. 6
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Modeling of heat and moisture transport by peri...
- Author(s) : GHALI K., GHADDAR N., JONES B.
- Date : 2002/08
- Languages : English
- Source: International Journal of Heat and Mass Transfer - vol. 45 - n. 18
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Air conditioning principles for appropriate hum...
- Author(s) : NOVAK P.
- Date : 1999/03/24
- Languages : English
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Strategy of measurements and modelling for the ...
- Author(s) : WARME-JANVILLE B., SCHWENZFEIER L., DITTMAR A., et al.
- Date : 2001/05/10
- Languages : English
- Source: International Conference on Thermal Protection of Man under Hot and Hazardous Conditions.
- Formats : PDF
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Transferts par sorption dans les tissus vestime...
- Author(s) : GHENAIM A., BEN AMAR S., BERGER X.
- Date : 2002/03
- Languages : French
- Source: International Journal of thermal Sciences - vol. 41 - n. 3
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