片语

teeth bending fatigue strength轮齿弯曲疲劳强度

bending endurance strength弯曲疲劳强度

bending yield strength弯屈服强度

repeated bending stress strength反复弯曲疲劳强度极限

flexure strength抗弯强度，褶曲强度

bending tensile strength抗弯拉强度

buckling strength抗弯强度

tooth bending fatigue strength弯曲疲劳强度

bending ultimate strength抗弯强度

bending break strength弯曲强度

vertical bending ultimate strength船体垂向弯曲最终强度

英汉例句

• the post adopts the ultra thick high-quality stencil plate to press the making type, the bending strength is high, it is strong to lean towards adaptive capacity of year.

  立柱采用超厚优质钢板压制成型，抗弯强度高，偏载适应能力强。

• it indicates that there are significant differences for microfibril angle, basic density, bending strength and rate of shrinkage of poplar 63 and poplar 69 by variance analysis.

  方差分析表明：63杨、69杨微纤丝角、基本密度、抗弯强度和干缩率差异显着，说明63杨和69杨受滩地类型影响较大。

• the law shows that, along with the static pre-load increasing, the dynamical bending strength of concrete would go up to a peak value and then move downward to the static strength.

  计算结果显示，不同细观骨料模型具有相似的规律，即随预静载增大，混凝土动弯拉强度上升，至一定峰值后回归到静载强度。

• additionally, the fracture surfaces of bending strength specimen were also explained.

  此外，还对抗弯强度试样的断口进行了分析。

• bending strength significantly increased after 200 and 400 hours of aging only.

  弯曲强度显着增加200和400小时的老化只。

• bending strength and weibull modulus of eight kinds of ceramics samples were studied.

  研究了八种不同陶瓷试样的抗弯强度和韦布尔模数。

• the stress shielding rate, bending strength of different directions and torsion strength of the three different fixation methods were measured and compared.

  然后对三种固定方法对固定骨段的应力遮挡率、不同加载方向的弯曲强度和扭转强度进行测试。

• it is found that the bending strength of gauge glass increases when the temperature decreases.

  随着温度降低，玻璃板的抗弯强度测定值增加。

• at temperature below 1423k, the bending strength improved with the increasing temperature and holding time.

  在1423k以下，接头的弯曲强度随钎焊温度提高和保温时间的延长而升高。

• the phase constitution and microstructures are studied by sem and xrd. the bending strength and fracture toughness are also investigated by three-point bending tests.

  采用xrd和sem分析了复合材料的相组成和微观结构，用三点弯曲试验测试了复合材料的弯曲强度和断裂韧性。

• the results are compared to those of the standard involute gear and proof that the bending strength of the composite profile tooth is higher than that of involute one.

  结果表明，复合齿形齿轮比渐开线齿形齿轮具有更高的弯曲强度。

• the study results in the paper can be conclude that the bending strength and fatigue life of rpc with steel fibre are much higher than those of plain rpc.

  本文研究结果可归纳为：与无纤维rpc相比，钢纤维的加入大大增加了活性粉末混凝土的抗折强度和疲劳寿命。

• the measuring technique of tensile strength of ceramics is usually sophisticated, but it is easy for us to measure the bending strength of ceramics.

  陶瓷材料抗拉强度的测试技术一直是个难以解决的问题，而抗弯强度的测定则已经较成熟且简便。

• its sinter has high toughness, excellent sintered property and bending strength owing to martensitic transformation.

  其烧结体由于马氏转变而具有高的韧性，优良的烧结性能和抗弯强度；

• xps comprehensive method is used to study the composition and structure of interface in high compressive strength, especially high bending strength cement-based composite material.

  从复合材料界面的角度，采用xps综合方法研究了水泥基聚合物复合材料的高强特别是高抗弯强度的微观机理。

• it is found that the grain size of the powders milled by balls with different diameters is big, the hard phase is big too and not uniform, the hardness and bending strength are also lower.

  结果表明：名义尺寸相同而实际尺寸相差较大的磨球所磨出的粉体粒度大且分布不均匀，烧结体硬质相颗粒粗大且等轴性差，抗弯强度和硬度均较低。

• conclusion:the values of fatigue strength and bending strength of the bone cement were improved by vacuum mixing. the method of vacuum mixing has an active significance in clinic.

  结论：采用真空搅拌骨水泥的方法，提高了国产骨水泥的抗疲劳强度及静态抗弯曲强度，在临床应用有较大的积极意义。

• stiffness: it is a measure of the bending strength of paper and board.

  挺度：挺度是衡量纸和纸板耐弯曲的强度性能。

• the result shows that the bending strength and hardness of the composite is remarkably increased but the effect on the resistivity of the composite is not obvious.

  结果表明：在镀铜石墨-铜基复合材料中加入镀铜碳纤维可以明显地提高其抗弯强度和硬度，但对材料的电阻率作用并不明显。

• young's modulus and the bending strength change almost in the opposite way of that of the porosity.

  弹性模量和弯曲强度的变化规律基本与气孔率变化呈共轭曲线。

• the influences of different synthetic graphite, pressure applying moment and cooling-down methods on electrical conductivity and bending strength of the composites were investigated.

  研究了模压成型过程中加压时机、冷却方式及人造石墨原料对复合材料电导率和弯曲强度的影响。

• bending strength is the main mechanical performance index for cemented chipboard.

  抗弯强度是水泥刨花板的主要力学性能指标。

• the effect of the sintering temperature and the mullite content on the dielectric properties and the bending strength has been studied.

  研究了烧结温度和莫来石含量对复合材料的介电性能和抗弯强度的影响。

• the result shows that, for a definite hybrid composite, the bending strength increases as the numbers of the plies drop-off at a station reduce.

  结果表明：对于一定的混杂复合材料，弯曲强度随着某一位置层错数目的减少而增加；