Behavior of Water Vapor Permeability on Layered System
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This study investigates the behavior of water vapor permeability of a layered system to find out a comfortable combination of a layered system for outdoor activities and examines the water vapor permeability of various types of outdoor clothing fabrics. The layered system includes the base layer such as sportswool and polyester/cotton fabrics, the middle layer such as single and double sided fleece fabrics, and the shell layer such as polyurethane-coated, PTFE-laminated and microfiber fabrics in this experiment. Results show that the layered system was applied, it was working together as a whole having some influence on each other layer, though every layer offered varying degree of water vapor permeability. Water vapor permeability of layered system exactly followed the same trend as the shell layer, which is all vapor permeable water repellent fabrics as a single layer. The rate of water vapor transfer through a layered system is mainly related to the type of vapor permeable water repellent fabrics used for the shell layer.
Abstract
This study investigates the behavior of water vapor permeability of a layered system to find out a comfortable combination of a layered system for outdoor activities and examines the water vapor permeability of various types of outdoor clothing fabrics. The layered system includes the base layer such as sportswool and polyester/cotton fabrics, the middle layer such as single and double sided fleece fabrics, and the shell layer such as polyurethane-coated, PTFE-laminated and microfiber fabrics in this experiment. Results show that the layered system was applied, it was working together as a whole having some influence on each other layer, though every layer offered varying degree of water vapor permeability. Water vapor permeability of layered system exactly followed the same trend as the shell layer, which is all vapor permeable water repellent fabrics as a single layer. The rate of water vapor transfer through a layered system is mainly related to the type of vapor permeable water repellent fabrics used for the shell layer.
참고문헌 (15)
- Keighley,J.H, "Breathable fabrics and comfort in clothing", J.coated Fabrics, 15, pp.89~104 (1985)
- Horrocks,A.R, "Handbook of Technical Textiles" (1996), Marcel Decker
- Lomax,G.R, "Hydrophilic polyurethane coating", J. coated Fabrics, 20, pp.88~107 (1990)
- Roye, M. V, "Water-resistant breathable fabrics", J. coated Fabrics, 21, pp.20~31 (1991)
- British Standards Institution, "BS7209(1990); Water Vapour Permeable Apparel Fabrics", BSI, ~ (1990)
- Ruckman,J.E, "Water vapour transfer in vapor permeable water repellent fabrics; Part 1", International Journal of Clothing Science and Technology, 9, pp.10~22 (1997)
- Barness J.C, "Moisture sorption and transport in clothing during wear", Textile Research Journal, 66, pp.777~786 (1996)
- Harpe,R.J, "Moisture-related properties of cottonpolyester blend fabrics", Textile Research Journal, 46, pp.82~89 (1976)
- Yoon,H.N, "Improved comfort polyester; Part 1", Textile Research Journal, 54, pp.289~298 (1984)
- Hong,K, "Dynamics moisture vapor transfer through textiles; Part 1", Textile Research Journal, 58, pp.697~706 (1988)
- Kim,J.O, "Dynamic moisture vapour transfer through textiles", Textile Research Journal, 64, pp.112~121 (1994)
- Watt,I.C, "Water vapour adsorption isotherms of wool", Journal of Textile Institute, 70, pp.298~307 (1979)
- Stuart, I. M, "Perception of heat of sorption of wool", Textile Research Journal, 59, pp.324~329 (1989)
- Li,Y, "Mathematical simulation of heat and moisture transfer in a human-clothing-environment system", Textile Research Journal, 68, pp.389~397 (1998)
- Spencer-Smith,J.L, "The physical basis of clothing comfort;Part 3", Clothing Research Journal, 5, pp.82~100 (1977)