首页> 外文期刊>Journal of The Institution of Engineers (India), Series E. Chemical Engineering and Textile Engineering >A Multi Directional Wicking Instrument to Measure Wicking Characteristics of Fabrics Under Dynamic Movements
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A Multi Directional Wicking Instrument to Measure Wicking Characteristics of Fabrics Under Dynamic Movements

机译:一种多向芯吸仪,以测量动态运动下织物的芯吸特性

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摘要

In most of the standard test methods and research findings, wicking test is?carried?out when the fabric is in static state. The results from these test method, would not provide?sufficient?information for designing active sportswear. Since, sportswear will undergo different dynamic movements during?each and every?action. To overcome this issue, an instrument was developed to test the liquid transport characteristics of fabric during various dynamic movements or deformations. A thermal camera was used to acquire exact measure of liquid spread on any type of fabric without?assistance of help of any colored solution. For validating this instrument, three types of knitted fabric widely used in sportswear along with?elastane?composition were used. The results obtained from this instrument and standard test methods are having high correlation.
机译:在大多数标准测试方法和研究结果中,芯吸检测是何时置于织物处于静态状态时。 这些测试方法的结果不会提供?足够的?设计活跃运动服的信息。 由于,运动服将在每个和每一个行动期间进行不同的动态运动。 为了克服这个问题,开发了一种仪器以在各种动态运动或变形期间测试织物的液体传输特性。 热摄像机用于获取任何类型的织物上的液体的精确度量,而无需?帮助任何有色溶液的帮助。 为了验证该仪器,三种类型的针织面料以及运动服以及α弹性体α组合物。 从该仪器和标准测试方法获得的结果具有高相关性。

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