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The moisture transmission behaviour of a clothing assembly plays a very important role   in influencing its efficiency with respect to thermophysiological body comfort. This paper   is in two parts. Part I deals with the processes involved in moisture transmission and the   factors at play. Part II is concerned with selecting the measurement techniques which   are of great importance in determining fabric factors that influence comfort. The   instruments and methods used for testing purposes should adequately simulate the exact   conditions for which the fabric will be used, in order to determine the effectiveness of that   fabric for a particular wearing situation and environmental condition. The testing methods   used and the apparatus developed by different researchers for determining moisture   transmission through textiles by different mechanisms are discussed in this paper.   Moreover, this part of the paper deals with the mathematical models of liquid and vapour   transport through textile materials developed by several scientists in order to understand   the exact phenomena involved and to predict the factors affecting the transmission under   a particular condition.

MOISTURE TRANSMISSION THROUGH TEXTILES: Part II: Evaluation Methods and Mathematical Modelling