1) number of fabric layer
织物铺层层数
1.
The results show that the longitudinal flexural strength increases while the transverse compressive strength decreases with increasing the number of fabric layer at certain extent; The effects of angle of fabric layer on longitudinal flexural strength and transverse compressive strength are also different.
研究表明:随着织物铺层层数在一定范围内的增多,织物增强水泥基复合材料的纵向抗折强度逐渐增大,而横向抗压强度却逐渐下降;织物铺层角度对织物增强水泥基复合材料纵向抗折强度和横向抗压强度有不同影响,在所试验的范围内,纵向抗折强度以45°织物铺层角度为最好,0°的次之,90°的最差,而横向抗压强度却以0°织物铺层角度为最好,90°的次之,45°的最差;织物铺层位置对织物增强水泥基复合材料纵向抗折强度和横向抗压强度的影响在不同的情况下有较大的差别。
2) angle of fabric layer
织物铺层角度
1.
The results show that the longitudinal flexural strength increases while the transverse compressive strength decreases with increasing the number of fabric layer at certain extent; The effects of angle of fabric layer on longitudinal flexural strength and transverse compressive strength are also different.
研究表明:随着织物铺层层数在一定范围内的增多,织物增强水泥基复合材料的纵向抗折强度逐渐增大,而横向抗压强度却逐渐下降;织物铺层角度对织物增强水泥基复合材料纵向抗折强度和横向抗压强度有不同影响,在所试验的范围内,纵向抗折强度以45°织物铺层角度为最好,0°的次之,90°的最差,而横向抗压强度却以0°织物铺层角度为最好,90°的次之,45°的最差;织物铺层位置对织物增强水泥基复合材料纵向抗折强度和横向抗压强度的影响在不同的情况下有较大的差别。
3) position of fabric layer
织物铺层位置
4) the formation of fabric layers
织物铺层形式
5) fabric layers
织物层数
1.
The influences of fabric layers and the thickness of air layer on the fabric heat transfer were studied,which is based on the system of human body,dress and the environment.
从人体、服装、环境这一系统出发,探讨了织物层数和层间空气层厚度变化对热传递规律的影响。
6) ply parameter
铺层参数
补充资料：数不胜数
1.数也数不清。形容很多。
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