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L Hes
A new indirect method for fast evaluation of the surface moisture absorptivity of engineered garments
D.M. Scheurell, S. Spivak, N. Hollies (1985)
Dynamic Surface Wetness of Fabrics in Relation to Clothing ComfortTextile Research Journal, 55
M. Yoneda, S. Kawabata
Analysis of transient heat conduction in textiles and its applications, Part II
L. Hes, I. Dolezal (1989)
New Method and Equipment for Measuring Thermal Properties of TextilesSen'i Kikai Gakkaishi (journal of The Textile Machinery Society of Japan), 42
L Hes, M Araújo, R Storova
Thermal‐comfort properties of socks containing PP filaments
L Hes, I. Dolezal, J Hanzl, J. Miklas
Neue Methode und Einrichtung zur objektiven Bewertung der thermokontakten Eigenschaften der textilen Flächengebilde
D Lukas
d Ising model for the Lucas‐Washburn equation
P.K Chatterjee
Absorbency,
L. Hes, M. Araújo, Valentin Djulay (1996)
Effect of Mutual Bonding of Textile Layers on Thermal Insulation and Thermal Contact Properties of Fabric AssembliesTextile Research Journal, 66
L Hes
Thermal properties of nonwovens
L Hes, M Prommerova
The effect of thermal resistance and absorptivity of various fabrics on their thermal contact characteristics’
E. Kissa (1996)
Wetting and WickingTextile Research Journal, 66
In this paper, the thermal contact comfort of a suddenly wetted shirt and some selected mechanical parameters of ten various woven shirt fabrics were measured with the aim of determining the effect of their composition on their complex quality level. In order to explain the thermal contact comfort of superficially wetted shirts, a new parameter called moisture absorptivity was introduced and a simple equation of the moisture transfer between the fabric and skin was derived. Since the direct measurement of the moisture absorptivity is complicated, an indirect method for its experimental determination was described and used for evaluation of thermal comfort. As regards the final complex evaluation of the measured shirt fabrics, it was found that shirts containing 25‐40 per cent of classical PES fibres blended with cotton, compared with non‐treated pure cotton shirts, have shown similar or even better water vapour permeability, fairly warmer feeling in dry state, better shear, fairly better ability to keep the form and a bit lower moisture absorptivity (worse thermal contact comfort feeling in the case of superficial wetting). Moreover, thermal comfort properties may be still improved by the application of special modified PES fibres.
International Journal of Clothing Science and Technology – Emerald Publishing
Published: May 1, 1999
Keywords: Cotton; Fabric; Optimisation
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