Empirical Equations for Intrinsic and Effective Evaporative Resistances of Multi-layer Clothing Ensembles
Faming Wang, Enfeng Ji, Xun Zhou, S. Wang
Abstract
Faming Wang, Enfeng Ji, Xun Zhou, S. Wang
Abstract
To determine the intrinsic and effective clothing evaporative resistances,both in the individual clothing, and in the nulti-layer clothing ensembles meant for winter season, a fabric sweating thermal manikin Walter was used. Based on the tests performed on the individual garments, two empirical equations were developed for the estimation of these resistances, useful either to clothing manufacturers- to roughly estimate the clothing intrinsic/effective evaporative resistance, or to consumers-to assure them an optimal thermal comfort.
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To determine the intrinsic and effective clothing evaporative resistances,both in the individual clothing, and in the nulti-layer clothing ensembles meant for winter season, a fabric sweating thermal manikin Walter was used. Based on the tests performed on the individual garments, two empirical equations were developed for the estimation of these resistances, useful either to clothing manufacturers- to roughly estimate the clothing intrinsic/effective evaporative resistance, or to consumers-to assure them an optimal thermal comfort.
Key concepts: Clothing, Thermal manikin, Thermal, Thermal comfort, Layer (electronics), Air layer, Mechanics, Environmental science