2) 3D braided preform
三维编织预制件
1.
Permeability of the 3D braided preform based on the unidirectional flow measurement;
基于单向流动研究三维编织预制件的渗透性
3) 3-D braiding preform
三维编织预件
4) 3D braided carbon preforms
三维编织炭纤维预制件
1.
Experimental study on the compressibility of 3D braided carbon preforms
三维编织炭纤维预制件压缩性实验研究
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 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。
补充资料：AutoCAD二维文件转化成solidworks三维文件
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