1·For any given eccentricity ratio, turbulence did not appear to influence stability.
在任何给定的偏心率下，看来紊流对稳定性并没有影响。
2·It was also observed that the load eccentricity ratio has little influence on the strength loss ratio.
荷载偏心率则对火灾后构件承载力的损失率影响不大。
3·At the same rotating speed and eccentricity ratio, the slip effect reduce the gas pressure curvature and hence the load carrying capacity.
在相同的转速和偏心率下，滑移流效应降低了气压分布的曲率，进而降低了气浮轴承所能够提供的承载能力。
4·With the load eccentricity ratio increased, the confinement of steel tube to core concrete and the ultimate carrying capacity of the column decreased.
随着偏心率的增大，钢管对核心混凝土的套箍力作用不断削弱，构件的极限承载力也明显下降。
5·Test results show that not only the slenderness ratio and eccentricity ratio affect the load-carrying capacity of columns, but also the end moments as well.
试验结果表明，除了长细比和偏心率对试件承载能力有显著的影响外，端弯矩比对承载能力也有显著的影响。
6·The test results indicated that both of the load eccentricity ratio and the material parameters affected the carrying capacity of CFST columns under eccentric load.
试验结果表明，材料参数和偏心率对钢管混凝土偏压构件受力性能与承载力均有影响。
7·At the same time the effect of eccentricity ratio, speed ratio and the material, thickness of sub, geometry shape of polished die on removing efficiency are studied.
研究了偏心率和转速比对去除效率的影响，与此同时研究了抛光模材料、抛光模胶层厚度、抛光模直径以及几何形状与去除效率的关系。
8·The basic parameters of non-circular gear are determined, such as primary circle, eccentricity ratio, eccentricity throw and proportional coefficient of center distance.
确定了非圆齿轮的基本参数：基础圆半径、偏心率、变形距和中心距比例系数。
9·Also analyzed are the influences of CFRP ratio, Angle steel ratio, slenderness ratio and eccentricity to the mechanical properties of the columns.
同时在此基础上分析了长细比、含角钢率、含碳纤维布率和偏心距等因素对复合加固偏压柱力学性能的影响。
10·Meanwhile the effects of slenderness ratio and load eccentricity on the ultimate load-capacity of slender composite columns are numerically analyzed and discussed in detail.
同时就柱子长细比、荷载偏心距对长柱极限承载力的影响进行了较详细的数值分析和讨论。