And based on that, the weaving process of rectangular hollow fabric structure was analyzed.
在此基础上分析矩形空芯结构织造过程。
This paper discusses fabric structure and new weaving technology of straight warp conveyor belt.
本文叙述了直经输送带的结构和新织造工艺。
However, these yarns do possess several special characteristics that make them adaptable to a variety of fabric structure.
这种纱线确实具有一些特性，使之能应用于多种多样的织物。
Both loop length and fabric structure influence the stitch density, the thickness and the loop morphological structure of a fabric.
线圈长度、组织结构都对织物的密度、厚度、线圈形态有影响。
Cashmere fiber thin and short, if the yarn count, twist, fabric structure, weave density, with properly, it is very easy to pilling.
羊绒纤维细而短小，如果纱线支数、捻度、织物结构、编织密度搭配不当，则很容易起毛起球。
A discussion is made about the yarn processing, fabric structure, finishing process, the wearability and comfort properties of the fabric as well.
探讨了原料处理，织物组织结构，整理工艺，织物服用性、舒适性等方面的问题。
Based cm the analysis of multi - layer woven fabric structure, six basic parameters are given to describe the feature of binding structure of the fabrics.
基于多层机织物结构分析，提出了描述其接结组织结构特征的六个基本参数。
It is possible to develop novel and comfortable sportswear with special functions by selecting proper functional fibers, fabric structure and finishing method.
选择合适的功能材料、组织结构和后整理方法，可以开发出新颖、舒适并具有特殊功能的针织运动服装面料。
This proves the correctness of the models and provides a theoretical basis for the design, calculation and application of 3d five-directional fabric structure.
证实了所建模型的正确性，为三维五向织物结构的设计、计算和应用提供了理论基础。
This paper discusses fabric structure and new weaving technology of solid carcass belt. The excellences of new weaving technology of solid carcass belt is introduced.
叙述了整芯输送带的织物结构和新织造工艺，介绍了新织造工艺的优点。
The experiment results indicate the deformation properties of composites are affected by fiber volume fraction, fabric structure and parameter, tensile direction etc.
结果表明，复合材料的变形性能与增强纤维的含量，织物的组织结构及参数，拉伸方向等因素有关。
This article, by use of experimental testing, studied and analyzed the relationship of the fabric structure parameters and mechanical properties against the fabric drape.
文章利用实验测试的方法对织物的结构参数和机械性能进行研究，分析织物结构参数和机械性能与悬垂性之间的关系。
This fabric structure has the advantage that it is possible to use all of the fabric warp yarns in the loops, thus significantly increasing the tensile strength of the seam.
这种织物组织的优点是线环可以使用所有的织物经纱，因而显著提高了边缝抗拉强度。
Advanced pure cotton knitting yarn is different from other weaving yarns in weaving process, fabric structure, and fabric styles. The requirements of yarn quality have its own specialty.
由于高档纯棉针织纱在织造工艺、织物结构及织物风格等方面有别于其他机织类用纱，所以对纱线的质量要求有其特殊性。
The stress field in the composite fabric which made by needle punching during tensile test, and the difficulty of calculating the stress - strain property are analyzed from the fabric structure.
根据针刺复合织物结构，分析其在拉伸过程中的内部应力场，说明拉伸应力应变预测计算的困难。
The stress field in the composite fabric which made by needle punching during tensile test, and the difficulty of calculating the stress - strain property are analyzed from the fabric structure.
根据针刺复合织物结构，分析其在拉伸过程中的内部应力场，说明拉伸应力应变预测计算的困难。
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