1) critical aspect ratio
临界长径比
1.
Based on the theoretical model for the elastic modulus of short fiber-reinforced composite,the critical elastic modulus of short fiber-reinforced metal matrix composites was proposed and an analytical expression for the relationship between the critical elastic modulus and the critical aspect ratio of the fiber and other material parameters was derived.
基于短纤维增强金属基复合材料弹性模量理论模型,提出了弹性模量临界值的定义,并建立了可用于预测计算的纤维临界长径比和材料参数之间的解析函数。
2) fiber critical aspect ratio
纤维临界长径比
1.
A Mathematics model of the fiber critical aspect ratio of short-fiber-reinforced elastomer m matrix composites with viscoelastic interphase was established,and expressions of the fiber critical aspect ratio at the initial time and long time were obtained under different failure modes of interphase.
建立了含粘弹性界面相短纤维/弹性体复合材料的纤维临界长径比理论模型,得到了不同界面相破坏形式下初始和长时的纤维临界长径比,并讨论了界面相剪切强度、界面相剪切松弛变量、界面相厚度等诸多参数对纤维临界长径比的影响。
3) critical slenderness ratio
临界长细比
1.
Comparative analysis of critical slenderness ratio of concrete filled steel tubular column;
钢管混凝土柱临界长细比的比较分析
4) Critical Transition Ratio of Slenderness
临界转变长细比
5) critical particle size
临界粒径
1.
Thus,the division of critical particle size of .
075 mm的颗粒则易在水流中悬浮入海,因此,黄河中游划分粗细沙的临界粒径应该为0。
6) critical radius
临界半径
1.
Pressure difference between inside and outside of a drop and its critical radius in dropwise condensation;
滴状冷凝中液滴的内外压差及临界半径
2.
The more the diameter of core,the more critical radius.
测试了不同材料和纤芯半径的塑料光纤中弯曲损耗随光纤弯曲半径和弯曲圈数的变化规律,结果显示弯曲损耗呈现随弯曲半径增加而下降的趋势,纤芯直径越大,临界半径越大,弯曲半径小于临界半径时,弯曲损耗呈现指数规律。
3.
The critical radius,explosion limits,and ranges of mass flow rates required for stable combustion were also analyzed.
采用Longwell良搅拌反应器模型和详细化学反应机理对微尺度空腔内气体预混燃烧过程进行了零维数值模拟,从微腔体内稳定燃烧的临界半径、点火极限以及稳定流率范围着手,分析了不同预混气成分、不同当量比和不同环境对流换热系数等外部条件对微尺度燃烧点火与熄火特性的影响。
补充资料：临界长径比
分子式：
CAS号：
性质：用短纤维增强的聚合物基复合材料中短纤维的临界长度(Lc)与纤维直径(d)之比值。如果纤维长度(L)低于Lc，则降低增强的效果，故用短纤维增强的聚合物复合材料，其纤维的长径比()要大于临界长径比()。
CAS号：
性质：用短纤维增强的聚合物基复合材料中短纤维的临界长度(Lc)与纤维直径(d)之比值。如果纤维长度(L)低于Lc，则降低增强的效果，故用短纤维增强的聚合物复合材料，其纤维的长径比()要大于临界长径比()。
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