Article
Publicly Available
MOISTURE TRANSMISSION THROUGH TEXTILES
Part II: Evaluation Methods and Mathematical Modelling
-
Brojeswari Das
Published/Copyright:
September 20, 2023
Published Online: 2023-09-20
Published in Print: 2007-09-01
© 2023 by Association of Universities for Textiles (AUTEX)
Articles in the same Issue
- MICROFIBRES, MICROFILAMENTS & THEIR APPLICATIONS
- STRENGTH OF WET SPLICED DENIM YARNS AFTER SIZING USING A CENTRAL COMPOSITE DESIGN
- COMPRESSIVE PROPERTIES OF STRETCH-BROKEN CARBON FIBRE (SBCF)/POLYAMIDE 12 COMMINGLED UNIDIRECTIONAL COMPOSITES
- MANUFACTURING 3-D BRAIDED COMPOSITE TRUSSES
- MOISTURE TRANSMISSION THROUGH TEXTILES
- EVALUATING THE TOXICITY OF REACTIVE DYES AND DYED FABRICS WITH THE HaCaT CYTOTOXICITY TEST
- EVALUATING THE TOXICITY OF REACTIVE DYES AND DYED FABRICS WITH THE HEPA-1 CYTOTOXICITY TEST
Keywords for this article
evaluation method;
mathematical modeling;
thermophysiological comfort;
water vapourtransmission;
wetting;
wicking
Articles in the same Issue
- MICROFIBRES, MICROFILAMENTS & THEIR APPLICATIONS
- STRENGTH OF WET SPLICED DENIM YARNS AFTER SIZING USING A CENTRAL COMPOSITE DESIGN
- COMPRESSIVE PROPERTIES OF STRETCH-BROKEN CARBON FIBRE (SBCF)/POLYAMIDE 12 COMMINGLED UNIDIRECTIONAL COMPOSITES
- MANUFACTURING 3-D BRAIDED COMPOSITE TRUSSES
- MOISTURE TRANSMISSION THROUGH TEXTILES
- EVALUATING THE TOXICITY OF REACTIVE DYES AND DYED FABRICS WITH THE HaCaT CYTOTOXICITY TEST
- EVALUATING THE TOXICITY OF REACTIVE DYES AND DYED FABRICS WITH THE HEPA-1 CYTOTOXICITY TEST
