
织物组织
The construction of a fabric is defined by the composition of the yarn used for warp and weft, by the yarn count, by the thread count of warp and weft, and by the weave structure.
定义一块面料的结构,主要是通过以下几方面的数据:经纬纱的成分,纱线支数、经纬密度和织造结构。
That means an underlying nylon and polyester structure in a complicated weave pattern designed to withstand far larger forces than road car tyres.
采用尼龙和聚酯纤维以复杂方式交织而成的赛车轮胎能承受的力远大于公路车辆轮胎。
Inspired by a traditional bamboo basket sheltering fowls, the structure is made by skilled workers who weave each piece of bamboo on site.
受到当地传统的保护家禽的竹笼的启发,结构由能工巧匠制作,每个工人现场编织每片竹子。
This paper emphatically discusses maximum value calculation of some common weave density, cover ratio and full ratio, and these indexes have relations to fabric structure phase.
文中重点探讨了几种常见织物组织的密度、度率及充实率最大值的计算及其与织物结构相的关系。
Through running result of VC program, this yarn model combing with twist structure used in simulating plain weave fabric has living effect.
根据VC程序运行结果来看,该纱线模型结合捻度结构用于模拟平纹织物的效果逼真。
"weave structure"(编织结构)是纺织工程和材料科学中的重要概念,指通过经纬纱线交织形成的立体空间排列方式。其核心特征是通过不同编织规律实现纤维的定向分布,从而影响材料的机械性能、渗透率和热传导特性。
在工程应用中,编织结构可分为三类:
从材料学视角,编织结构的几何参数包含纱线弯曲度、交织密度和孔隙分布。剑桥大学工程系通过有限元分析证实,当纱线弯曲半径小于0.5mm时,复合材料的拉伸强度会下降18-22%(来源:Cambridge Engineering Publications)。
该结构在航空航天领域有特殊应用价值,波音787梦想客机的机翼前缘采用碳纤维编织结构,使部件重量减轻40%的同时保持同等强度(来源:Boeing Advanced Materials白皮书)。在生物医学工程中,约翰霍普金斯大学开发的血管支架采用镍钛合金编织结构,其径向支撑力达到传统激光雕刻支架的1.7倍(来源:Johns Hopkins Biomedical Engineering Annual Report)。
"weave structure" 指纺织物中纱线交织形成的结构,具体可分为以下几个层面:
综合多个权威来源(),建议通过纺织专业文献或教材进一步了解具体结构图示。
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