机织物

组合式3D机织物复合材料的拉伸性能

Tensile strength property of combinational 3 D woven composites

机织物CAD系统中的仿真技术

The Simulating Technique of the Woven Fabric CAD System

3D机织物增强复合材料板的力学性能

The Mechanical Performance of the Reinforced Composite Laminates of 3 D Woven Fabrics

应用CAD设计花式机织物的研究

Research on the Design of Coloured Striped and Plaid Fabric by CAD

机织物中纱线3D模型的建立

The Setup of 3D Model for Fabric yarns

PET机织物增强PVC复合材料成型工艺探讨用于复合材料的3D织物

Research on the processing of pet woven fabric reinforced PVC Composites

3D立体机织物及其复合材料

3D Woven Fabric and Its Composite Material

组合式3D机织物的经向截面结构与设计

Structure and Design of Combined 3D Woven

3D弹性机织物的织造工艺

The Weaving Technique of Three-dimensional Elastic Fabric

机织物CAD及三维仿真系统的研制

Research on the System of CAD and 3 - Dimensional Simulation for Woven Fabrics

关于机织物CAD技术的研究

Research on CAD technology for woven fabric

基于MATLAB的机织物密度自动检测

Automatic detection density of woven based on MATLAB

基于SVM和纹理的笔迹鉴别方法功率谱分析在机织物组织纹理识别中的应用

Writer Identification Using Support Vector Machines and Texture Feature Fabric texture feature extraction based on power spectrum

近红外（NIR）光谱在长丝纱和机织物浆料检测中的应用

NIR Spectroscopy for Size Identification of Continuous Filament Yarns and Woven Fabrics

结果表明，组合式3D机织物增强复合材料具有接近正交3D机织物增强复合材料的弹性模量和抗拉强度。

The results show that the Young 's modulus and tensile strength of the combinational 3D woven fabric reinforced composite are close to that of the 3D orthogonal woven fabric reinforced composite .

同时，就国内机织物CAD系统普及率低、功能不完善的现状，提出发展国内机织物CAD系统的两点建议：①织物模拟效果的完善；

Aiming at the low popularization rate and inadequacy of function of CAD system in our country , this paper puts forward two propositions : ① to perfect the effect of simulation of fabrics ;

为此本文采用了一种基于奇异值分解（SVD）的机织物瑕疵检测算法。

We propose a woven fabric defect detection algorithms which based on singular value decomposition ( SVD ) of woven fabric defect detection .

莱卡R涤纶机织物具有高强度和高伸长，耐高温性优良，并具有良好的平整度和手感，舒适的伸缩性及幅宽稳定等优点，提高了莱卡R在涤纶机织物上的使用价值。

The application of Lycra R on PET woven fabric features high tenacity and extension , high temperature resistance , good evenness and touch , comfortable elasticity and stable width , so the application value is raised .

本文主要用Fluent软件对二维纱线阵列、三维机织物和无序纤维网对液体的过滤过程进行了模拟与分析，并初步进行了实验验证。

In this paper , Fluent software has been used to simulate and analyze the liquid filtration filtrated by 2D yarn array , 3D woven fabric and disorder fiber network .

本课题通过对三维多剑杆织机的研制和CAD／CAM系统的设计，使三维机织物的织造实现了自动化生产和集中管理，在纺织结构复合材料的生产上迈进了一步。

In virtue of the development of 3-D Multi-rapier Loom and the design of CAD / CAM system , the weaving of 3-D fabric gains automatic production and concentrative management . The research work promoted the manufacture of textile structural composite .

表、里层织物纬纱分别采用PET和PTT长丝，利用两层织物不同的纬向收缩率，形成表、里层具有纬向长度差的双层机织物结构。

Outer and inner layers respectively uses PET and PTT filaments as weft , and make use of the different weft shrinkage to form the bilayer woven fabric structure with different weft length in inner and outer layers .

分析了斜向纱的排列方式对五轴向立体机织物的结构和Z向纱密度的影响，获得了2种类型的五轴向立体机织物结构：一种结构稀疏，Z向纱密度小；

The effect of diagonal arrangement of yarns on the structure of the five-axial three-dimensional (( 3-D )) woven fabric and the density of yarns in Z direction were analyzed , and two kinds of five-axial 3_D fabric structure were obtained .

煮炼酶SKD-301在机织物前处理中的应用

Application of scouring enzyme SKD-301 to woven fabric

利用CCD摄像机和专用A/D板采集的碳纤维织物增强的复合材料层合板截面图像检测碳纤维机织物增强复合材料的纤维体积含量。

The methods for determining the fiber volume fraction in carbon fabric reinforced composite laminates were developed by using the processing and analyzing techniques of section images of laminates , which are sampled by the use of CCD camera and A / D device .

为提高室内装饰织物对甲醛的吸附能力及过滤纺织材料对甲醛的过滤能力，采用射频磁控溅射方法，在纯棉机织物和涤纶针织物表面负载二氧化钛（TiO2）功能纳米结构层。

In order to enhance the adsorption and filtration activity of textile on removing formaldehyde , nano-scale titanium dioxide ( TiO_2 ) functional films were deposited on the surface of cotton fabric and polyester fabric by RF magnetron sputter coating process .

以玻璃纤维为原料，在普通平面织机上试织成各种结构的3D机织物，并用环氧-聚酰胺树脂体系，通过手糊成型工艺制得各种结构的复合材料板材。

Different structures of 3D fabrics can be successfully woven with glass fibres on normal looms , and the composite laminates are to be manufactured by hand pasting in epoxy and polyamide system . And the tensile , delamination shearing and impact resistance properties have been tested and analyzed .

介绍了在传统平面织机上生产3D机织物的方法，主要讨论3D机织物的组织结构与设计及其上机图的绘制，给出了部分3D结构机织物的上机图，并结合实验进行了分析。

Mainly introduces the weaving methods of three dimensional fabrics on the ordinary plate loom . The structure , designing and the drawing method of looming drafts of 3 D woven fabrics are discussed . A few examples of woven tubular 3D fabrics are also given in this research .

为了逼真模拟平纹织物，采用变化尺寸大小的锯齿形椭圆截面的纱线模型，结合B样条曲面造型技术，利用Peirce机织物模型构造平纹织物的几何立体结构。

To simulate plain weave fabric brilliantly , yarn model of zigzag ellipse cross section of different size was adopted , geometric solid structure of plain weave fabric was established by B spline curve style technology and Peirce woven fabric model .

过去的人体装甲防护（如头盔、防弹衣、防刺戳织物及车用装甲材料），主要采用由高性能纤维制成的机织物、无纬单向布（UD）、无纺织物等。

The traditional body-armor textiles ( such as ballistic helmets , bulletproof waists , stab-resistant fabrics , armors of private cars , and so on ) are woven fabrics , UD materials and non-wovens .

一般用于机织物，缝份有1.0～1.3cm（3／8&1／2英寸）宽。

It is used for woven fabrics and makes seams that are wide from 1.0 to 1.3cm ( 3 / 8 to 1 / 2 inch )