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1·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.

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。

2·The maximum deflection is calculated in case of isotropic, uniformly loaded circular plate and equidistant bearing points.

对各向同性、均布载荷及简支点等间距分布的简化情况计算了圆板的最大挠度。

3·Because elastic modulus of CFRP plate are weaker than elastic modulus of steel bar, while strengthening beam is destroyed, the deflection is still strong.

由于CFR P板的弹性模量比钢筋的弹性模量小，加固梁破坏时的挠度仍较大。

4·The damage factor is too high, the compressed air blowing pipe deflection, flower plate deformation and other factors, can be adjusted to prevent breakage.

破损因素是压缩空气过高、喷吹管歪斜、花板变形等因素构成，调整后即可防止破损。

5·The deflection functions given satisfy the differential equation of thin plate, all the boundary conditions as well as the conditions at free corner points.

给出的挠度函数满足薄板的基本微分方程、全部边界条件以及角点条件。

6·The optimal design of minimax deflection of an annular plate is studied in this paper.

本文讨论环形板的最大挠度极小化的优化设计。

7·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.

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。

8·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.

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；

9·A method of calculating elastic curve for semiflexible plate wind tunnel nozzle has been presented, based on the linear theory of small deflection of beam deformation, in this paper.

本文基于梁弯曲变形的小挠度线性理论，提出了半挠性喷管挠性板弹性曲线的计算方法。

10·In this paper, the study of disc spring is simplified and regarded as the symmetrical bending of circular plate with initial bending deflection.

本文将碟形弹簧简化为具有初挠度的圆环形薄板的对称弯曲问题。