1) 3D braiding
三维编织
1.
Effect of surface cell on elastic properties of 3D braiding composites;
三维编织复合材料弹性性能的表面胞体效应
2.
The microstructure of a four-step 3D braiding preform with 1×1 pattern and complex rectangular cross section was studied by means of the control volume method.
采用控制体积法研究了以四步法编织矩形组合截面三维编织物的特殊细观结构。
3.
The surface of model is parallel to the surface of perform,which coincides with the actual configuration of 3D braiding composites and is suitable for the analysis of the mechanical properties.
在四步法方型三维编织复合材料细观结构单胞模型的基础上,假设纱线具有六边形横截面,应用ANSYS软件,建立了实体有限元模型,该模型表面与预制件表面平行,更加符合三维编织复合材料的实际结构,且有利于力学性能的分析,同时,该模型中还考虑了织物的编织角与内部编织角的几何关系。
2) three-dimensional braiding
三维编织
1.
Process parameters design of three-dimensional braiding preforms;
三维编织预制件的工艺参数设计
2.
In order to solve the limitation of three-dimensional braiding in making preforms of complex shape,the technology of stitching joint three-dimensional braided composites is presented,and the creative feature as well as problems should be solved are expounded.
为了解决三维编织制作复杂形状异型件存在的局限性,文章提出了缝合连接三维编织复合材料技术,并阐述了其创新点和应该解决的问题。
3.
From the 80's of twenty century, three-dimensional braiding composites, for its excellent mechanical properties, have been got more and more extensive researches and applications.
从二十世纪八十年代开始,三维编织复合材料由于其优越的力学性能,而得到越来越广泛的研究和应用。
3) 3-D braiding
三维编织
1.
The methodology of add or cut yarns during 3-D braiding courses were analyzed from a viewpoint of unit cell.
从单元体角度分析了变截面三维编织预制件织造过程中增加或减少纱线的机制,讨论了单元数量减少法和单元尺寸缩减法2种具体实施方案的工艺、适用性和优缺点。
2.
A new process of the rotational moulding process for 3-D braiding was designed.
开发设计了三维编织旋转模塑新工艺,以三维编织圆管为增强材料、TDE-85环氧树脂为基体,对其成型工艺进行了设计,初步讨论了模具结构、加热时间、旋转速度、主次轴转速比、树脂加料量、树脂的浸润等因素在工艺中的作用。
3.
It was expounded that the influence of the intersecting depth of interlocking and intersecting 3-D braiding on fabric structural parameters.
本文阐述了内联互交三维编织的互交深度对织物结构参数的影响,在分析了三维四向织物结构与纱锭运动特点的基础上,研究了不影响织物正常结构的浅联互交三维结构及编织技术。
4) 3-D braided
三维编织
1.
To realize the tailor ability of 3-D braided composites for applications,the microstructure parameters of 3-D braided composites are optimized to meet the need of macro stiffness property based on the micromechanics methodology.
为了实现工程应用中三维编织复合材料的灵活设计,合理优化纤维束结构参数使得三维编织复合材料宏观刚度达到要求。
2.
3-D braided compositescan offer good mechanical properties such as high delaminating resistance and impactdamage toleranc.
三维编织技术在纤维增强复合材料的研究中起到了重要作用。
5) 3D braided
三维编织
1.
In this paper 3D braided carbon fibre reinforced epoxy resin (C 3D /EP) composite material is produced by different producing processes.
本文采用了两种工艺制备三维编织碳纤维增强环氧树脂基 (C3D/EP)复合材料 ,并对其力学性能和微观结构进行了研究和分析。
2.
A 3D braided carbon fiber/epoxy composite was successfully prepared using the vacuum impregnation technology.
采用真空浸渍工艺 ,成功地制备了三维编织炭纤维 /环氧复合材料 ,并用金相显微镜对微观结构进行了观察 ,发现基体与纤维间浸润良好。
3.
As an advanced composite material, the 3D braided composite has received more and more attention in foreign countries.
作为一种新型的高级复合材料，三维编织复合材料在国外已得到广泛重视，而国内则刚刚起步。
6) 3-D braiding machine
三维编织机
补充资料：编织胶管用线绳
分子式：
CAS号：
性质：用于编织胶管编织层的骨架材料。其品种有棉线、合成纤维线绳和钢丝。现棉线用量逐渐减少，经浸渍处理的聚酯线用量增长甚快。
CAS号：
性质：用于编织胶管编织层的骨架材料。其品种有棉线、合成纤维线绳和钢丝。现棉线用量逐渐减少，经浸渍处理的聚酯线用量增长甚快。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条