片语

specific flexural rigidity比挠曲刚度

flexural l rigidity弯曲刚性

flexural rigidity modulus弯曲刚度系数

flexural stiffness抗弯刚度；抗挠刚度

flexural rigidity of bar[力]

the flexural rigidity抗弯刚度

flexural rigidity of plate[力]

bridge flexural rigidity桥梁构件刚度

flexural rigidity of section截面弯曲刚度

bending rigidity抗弯刚度；弯曲刚度

minimum flexural rigidity最小弯曲刚度

英汉例句

• the dynamic flexural rigidity model and dynamic bending strength model of ceramic were also provided and the material parameters used in the model were obtained by fitting the experimental data.

  给出了陶瓷材料的动态抗弯刚度模型和动态抗弯强度模型，并利用试验数据拟合得到了模型中的参数。

• the experimental results show that there exists a good linear relation between the flexural rigidity parameters measured by any other method.

  实验结果显示出振动法与其他方法测得的弯曲刚度指标间存在着良好的线性相关。

• in this paper, least-square solutions with finite power adjustment method of flexural rigidity identification method for bridge structural members is developed by use of low order mode test result.

  提出一种利用桥梁低阶模态测试结果对桥梁结构抗弯刚度采用有限权量进行间接平差的最小二乘解识别方法。

• a least-squares solutions method with best parameter adjustment of flexural rigidity identification for bridge structural members is developed by using measured modes.

  提出了一种基于高精度低阶测试模态对桥梁构件抗弯刚度通过导入最佳参数进行平差的最小二乘解识别方法。

• specimens'fatigue flexural rigidity reduces gradually while cycle time increasing.

  随荷载循环次数的增加，试件的刚度逐渐减小。

• the model indicates that the key factors leading to the deflection deformation are the thermal bending moment m and the flexural rigidity ej formed in solidification process.

  结果表明，凝固进程中所形成的热弯矩m及铸件的抗弯刚度ej是形成挠曲变形的主要原因。

• according to fatigue experiment results, the fatigue equation and equation of surplus strength degradation are built. the law of degradation of flexural rigidity is analyzed.

  根据疲劳试验结果，建立了预应力钢纤维混凝土板弯曲疲劳方程和剩余强度衰减方程，分析了抗弯刚度衰减规律。

• the concept of the equivalent flexural rigidity of functionally gradient materials (fgm)beams was presented for the first in this paper, and its formula was derived.

  基于弯曲刚度等效原理，本文提出全截面弯曲刚度等效方法以简化得到水中悬浮隧道计算模型。

• in this paper, two additional factors, namely the flexural rigidity of rail and the degree of contact between rail and fla…

  本文仅对影响较大的两个因素即轨道抗弯刚度及轨道与翼缘的接触传力情况对腹板附加弯曲应力的影响作进一步分析。

• in the model, the flexural rigidity of rails, the rigidity of fastenings, the rigidity of subgrade, slide plate, guard rail and spacer block are taken into account.

  模型中考虑了钢轨抗弯刚度、扣件刚度、基础刚度、滑床台、护轨及间隔铁等因素的影响。

• in this paper, a least-square solution with finite power adjustment method of flexural rigidity identification method for long-span continuous beam bridge is developed by using low order mode test.

  提出了一种利用低阶模态测试对桥梁构件抗弯刚度进行有限权量平差的最小二乘解识别方法。

• for natural-frequency, the different value of flexural rigidity will influence it in some degree, but that of the compressive one almost does not influence it.

  对自振频率，抗弯刚度取值的变化有一定的影响，但抗压刚度的影响极小；

• fabric stiffness tester. to determine the bending height, flexural rigidity and bending modulus of fabric by simple procedures and calculation.

  织物硬挺度测试仪，可通过简单操作及计算测出织物的弯曲高度、弯曲刚度、弯曲模量。

• this paper deals with the principle of measuring flexural rigidity of the fabrics by vibrating reed method. floxural rigidity values of eight different fabrics were measured.

  本文对弯曲共振法测定织物弯曲刚度的基本原理进行了分析讨论和对不同弯曲刚度的八种类型的织物进行了测定；

• the structural strength and flexural rigidity of the fuselage main frame are computed and verified by cae system software and the results are analyzed.

  应用cae系统软件计算承力密封框的刚度和强度，并分析了计算结果。

• basic equations for this model are established. using the model, mechanical properties such as deformation energy, flexural rigidity and jump loads are studied in details.

  利用这一模型对碟形弹簧的变形能、变形刚度、跳跃载荷等力学特性进行了分析和研究。

• testing mechanism of flexural rigidity is described.

  描述了抗弯刚度的测定机理。

• the flexural rigidity of each wall pier under tensile condition was quite different from that under compressive condition.

  墻肢的刚度，由于其受拉、受压的不同，也有显着区别。

• the single-chorded plane space truss have the low flexural rigidity out of plane because of lacking bottom chord.

  单弦桿平板网架由于无下弦桿，因而具有平面外抗弯刚度较低的特点。

• taken the lateral flexural rigidity of stiffener, the flexural rigidity in its plane and the torsional rigidity into consideration.

  考虑了筋的侧向抗弯刚度及在其平面内的抗弯刚度和抗扭刚度。

• and the flexural rigidity parameters measured by rectangular cantilever method, heart hanging method and handle meter, etc. were compared.

  并与斜面法、心形法和风格仪等测定的弯曲刚度指标进行了比较。

• the invention has the advantage of increasing the strength, wear resistance, flexural rigidity and the like of the yarn.

  其性能优势在于增加纱线的强力、耐磨性和抗弯刚度等。

• the mechanics model of whole process of reinforced concrete beam section flexural rigidity is founded, based on the theoretical analysis the corresponding numerical calculation program is developed.

  建立了钢筋混凝土梁截面抗弯刚度全过程分析的力学模型，在理论分析的基础上编制了相应的数值计算程序。