大挠度用英语怎么说，大挠度的英文翻译

词语导航

基本信息

词语：大挠度

繁体：大撓度

拼音：dà náo dù

英语翻译

【化】 large deflection

分词翻译

大的英语翻译：

big; great; large
【医】 macro-; magnum; makro-; megalo-

挠度的英语翻译：

【机】 deflection

翻译例句

1. 数值计算表明，考虑大挠度变形是必要的。

The numerical results show that the consideration of the finite displacements is necessary.

2. 本文采用摄动-加权残值联合法求解圆板大挠度问题。

In this paper a hybrid perturbation - weighted residual method is proposed for the large deflection of a circular.

3. 本文利用边界元方法分析了变厚度扁球壳的大挠度问题。

In this paper, we analyse the large deflection problem of the shallow spherical shells with variable thickness by means of boundary element method.

4. 本文提出一个用边界元法求解薄板大挠度弯曲问题的新途径。

A new approach to the solution of large deflection bending problem of thin plates is presented by using boundary element method.

5. 本文研究由于大挠度引起的曲率非线性对简支梁振动的影响。

We investigate the effect of nonlinear curvature on vibrations of an elastic simple supported beam and roller with large deflection.

6. 采用拖带座标系和逐步增量法。还讨论了大挠度对载荷的影响。

Comoving coordinate system and incremental process are adopted and the effect of large deflection on loads is also discussed.

7. 结果表明，打靶法是解决弹塑性梁大挠度变形问题的有效方法。

The results showed that shooting method was effective to deal with the deformation of elastic-plastic beam with large-deflection.

8. 大挠度对变截面连续梁箱梁内力、位移的影响程度取决于荷载。

The influence of large deflection on the stress and displacement of the thin-walled box continuous girder with variable cross - sections depends on the load.

9. 考虑残余应力的情况下，薄膜在大挠度时总应力的解析表达式。www.wENTIYi.cOM

Considering the residual stress, the total stress analytical solutions for square-shaped boron-doped silicon diaphragms with large deflection are presented.

10. 本文对圆板大挠度问题证明了与中面拉伸余能相关的一个余能驻值原理。

This paper prove a variational principle middle plane tension complementary energy for problems of large defection for thin circle plate.

11. 本文探讨了纤维增强复合材料正交对称铺设层合圆板的大挠度弯曲问题。

The large deflection problems of the symmetrically laminated cross-ply circular plates of fiber reinforced composites are investigated in this paper by using Galerkins procedure.

12. 本文应用幂级数方法求出了在均布载荷作用下夹层圆板大挠度问题的精确解。

This paper gives the exact solution of large deflection of circular sandwich plate under the action of uniform lateral load by the method of power series.

13. 采用变分法求解薄板大挠度问题的高级近似解时将导致多元三次代数方程组。

The problem of solving large deflection plate by the variational method is changed into that of solving systems of cubic algebraic equations with multi-unknown quantities.

14. 本文给出了正交各向异性变厚度周边简支圆薄板在均布载荷下大挠度问题的解。

The solution of large deflection problem of thin orthotropic circular plates with variable thickness under uniform pressure under simply supported boundary condition is obtained in this paper.

15. 得到了按矩形四边固支边界考虑时，膜材大挠度非线性振动频率的幂级数表达式。

Derived and solved the governing vibration equations of orthotropic membrane, and obtained the power series formula of nonlinear vibration frequency of rectangular membrane with four edges fixed.

16. 结合大挠度理论，定性地分析了按上述方法设计的蜂巢芯楼盖具有较大的安全储备。

According to the finite deflection theory, it was assayed qualitatively that the honeycomb floor which was designed base on this theory has large safety reserve.

17. 本文给出了正交各向异性变厚度圆薄板在均布载荷与集中载荷作用下大挠度问题的解。

The solutions of a large deflection problem of thin orthotropic circular plates with variable thickness under uniform pressure and under concentrated load are obtained in this paper.

18. 根据板的大挠度理论，考虑板内的薄膜力，建立了波浪中运动平板的水弹性运动方程。

According to the theory of a plate with large deflections, the motion responses equations of a floating plate are established considering the influence of the membrane forces.

19. 本文运用弹性杆理论建立了小应变、大挠度铺设过程中海底管道的静态分析力学模型。

In this paper, the elastic rod theory is applied to establish a static analytical mechanical model for a small strain, large deflection Marine pipeline during installation in ocean.

20. 对正交异性扁薄圆柱壳在均布载荷及集中载荷作用下的大挠度问题进行了理论计算和测量。

Orthotropic shallow cylindrical shells with large deflection are theoretically calculated and experimentally analyzed under the cations of uniform and concentrated loads.

21. 从而，使读者了解两种解法的误差；也便于有些读者方便地将大挠度解应用到工程设计中去。

Thus readers may learn about the error of these two solutions and use the method given in this article to solve the problem of large deflections in important designs.

22. 理论上采用大挠度的应变——位移关系，建立了圆柱壳单元的弹性刚度矩阵和几何刚度矩阵。

The elastic stiffness matrix and the geometrical stiffness matrix for a element of cylindrical shells been established by the relation ship of strain displacement in a lange deflection.

23. 建立了直角坐标系有限变形非线性弹性力学的倒易定理并给出了大挠度弯曲薄板的倒易定理。

Taking a heliostat as example, the paper applies thin plate flexure theory and study regularity of load-deflection curve for reflector plate.

24. 采用薄板弯曲理论研究了均匀载荷作用下多晶金刚石方膜在小挠度和大挠度下的应变分布情况。

The strain distribution based on small and large deflection theories of diamond square diaphragm was studied using theories of plate bend.

25. 采用边界积分法求解了大挠度悬臂梁的弯曲问题，给出了求解大挠度悬臂梁的解析解的新方法。

In this paper boundary integral method is generalized to solve the problem of bending of heavy camber cantalever beam.

26. 本文的主要目的是介绍一种求解轴对称板壳大挠度问题的新的正则摄动方法——自由参数摄动法。

This paper presents a new perturbation method of analysis to solve large deflections problems of plates and shells-Free-Parameter perturbation method (FPPM).

27. 将梁的弹性大挠度弯曲理论应用于蜂窝壁板，研究了大变形条件下蜂窝材料的非线性剪切变形行为。

Basing on the elastic bending theory of beams in large deflection, the non-linear shearing behavior of cellular materials under large deformation is studied in the paper.

28. 探讨了幕墙玻璃在纵力和侧力的共同作用下的内力和变形根据实际的变形状态运用大挠度的非线性理论。

This paper deals with the inner force and deformation of curtain wall glass caused by vertical and side forces by using nonlinear theory of large deflection.

29. 基于经典的层合板理论及板的大挠度基本假设，得到四边简支层合板的非线性运动方程及变形协调方程；

On the basis of classical lamination theory and large deflection hypotheses of plate, the equilibrium and compatibility equations of simply supported composite laminated plates were obtained.

30. 为适应水泵复杂特性曲线中存在大挠度和非等距测点的情况，探索了基于三次均匀B样条的曲线拟合方法。

A fitting method for pump complex characteristic curve with large deflections and non-equidistant data points based on cubic uniform B-spline is presented.