1) remnant curvature
残余曲率
1.
Loop shape in fabric are analysed in this paper and the equation about law between remnant curvature and yarn linear density,yarn mechanical properties and knitting elements dimensions is set up.
分析了织物中线圈的形态 ,推导出了线圈残余曲率与纱线细度、纱线机械性能及成圈机件尺寸之间的关系式 。
2) residual curvature
残余曲率
1.
A method of dispersion calculation was proposed for plastic deformation rate,thus getting the relationships between the plastic deformation rate,residual curvature and average residual stress for different combinations of reduction schedule under conditions of single-valued initial curvature.
提出塑性变形率的离散计算方法,针对单值初始曲率条件下不同的压下制度组合,计算得到塑性变形率与残余曲率以及平均残余应力之间的关系。
3) residual percentage crimp
残余卷曲率
4) residual porosity
残余气孔率
1.
SiC/Al composites were fabricated by pressureless infiltration technique, based on infiltration dynamics mechanism and technic method ,the effects of holding time and cooling way on the residual porosity of composites were discussed.
采用无压浸渗法制备了SiC/Al复合材料,从浸渗动力学和工艺方法的角度探讨了浸渗保温时间和降温方式对复合材料的残余气孔率的影响。
2.
Through analyzing the fracture microstructure, measuring line-shrinkage rate, density and residual porosity of sintered sample, the influence of sintering temperature on density and the influence of the type of dispersant on residual porosity of sintered sample were studied.
通过对烧结体断面显微结构的分析,以及对烧结体的线收缩率、密度和残余气孔率的测定,研究了烧结温度对坯体烧结致密化性能的影响和分散剂种类对烧结体残余气孔率的影响。
5) residual degradation
残余老化率
1.
Based on the performance test data of two sub-critical steam turbine units before and after overhauls in certain power plant in 16 years, the practical method to determine the degradation factors was discussed, the extent of degradation was calculated and analyzed, and two new concepts, namely, the ratio between degradation factors and the rate of residual degradation, were proposed.
基于某电厂2台亚临界机组投产以来16a的大修前后热力性能试验数据,探讨了老化系数的实用确定方法,对老化程度进行了计算分析,推出了老化系数倍率和残余老化率2个新概念。
6) residual rate of displacement
位移残余率
补充资料：曲率
平面曲线的曲率就是针对曲线上某个点的切线方向角对弧长的转动率，通过微分来定义，表明曲线偏离直线的程度。曲率越大，表示曲线的弯曲程度越大。
k=lim|δα/δs|，δs趋向于0的时候，定义k就是曲率。
曲率的倒数就是曲率半径。
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