The essay analyses the nonlinear vibration of an annular thin plate.
本文分析研究了环形薄圆板的非线性振动问题。
Elastic registration based on thin plate spline interpolation is deeply studied.
薄板样条插值是应用较多的弹性配准方法。
The mechanism of heaving-type flutter about thin plate sections was also discussed.
最后对发生于平板断面的竖弯形态颤振的机理进行了探讨。
The fragment impact initiation of the charge covered with a thin plate was researched.
研究破片对薄盖板装药的冲击起爆问题。
Elastic thin plate in small yield was firstly calculated by using cellular element method.
首先应用该方法分析弹性薄板的小挠度弯曲问题。
The analysis of raft foundation is a problem of thin plate resting on the elastic subgrade.
筏式基础的分析属于弹性地基上的薄板问题。
Buckling of thin plate due to butt weld was investigated using inherent strain method as an equivalent load.
提出了基于固有应变对接薄板失稳分析的基本方程。
Based on the basic equations of free vibration of thin plate, the Hamilton canonical equations were obtained.
根据弹性薄板自由振动问题的基本方程，把问题引入到哈密顿对偶体系中。
The governing equations of the raft are obtained based on the thin plate theory and the virtual work principle.
筏板的控制方程由薄板理论和虚位移原理得到。
Suppose we have a very thin plate of tourmaline crystal , cut in a particular way which we need not describe here.
假设我们有一个电气石晶体的薄片，它是用一种特殊的方式切出来的，切的方法我们不需要在这里描写。
If this type raft foundation still is analyzed with the classical theory of thin plate, the limitation is obvious.
对于这类桩筏基础，若仍然采用经典的薄板理论进行分析，就存在一定的局限性。
The stresses component, principal stresses and effective stress on the surfaces of thin plate or shell structures.
薄壁板壳结构表面的应力分量、主应力和有效应力。
Also, the viscoelastic dynamic equation for thin plate is established and corresponding method for solution is given.
此外建立了薄板的粘弹性动力方程并给出相应的求解方法。
Based on control equations of three dimensional elasticity, the state equations of thick thin plate have been derived.
基于三维弹性力学控制方程，导出矩形厚薄板的状态方程。
Study on technology for the experimental modal test and parameter identification of the light thin plate retaining wall.
轻型薄板式挡土墙试验模态测试与参数识别技术研究。
The numerical examples have been presented and compared with the corresponding solutions of classical thin plate theory.
文中给出了算例，并与经典薄板理论的相应解作了对比。
On the basis of the thin plate theory, the cusp catastrophe model of water outburst at vertical shaft floor could be set.
在薄板理论的基础上，建立了立井井筒底板突水的突变模型。
The shear strain fields are degenerated to be zero under the thin plate situation, so there is no shear locking phenomenon.
由于在薄板情况剪应变退化为零，故不出现剪切闭锁现象。
In this paper, the particular solution BEM is used to get the numerical solution for thin plate with supports in the domain.
利用特解边界元法，对具有域内支承的薄板问题建立了边界积分方程，并进行了数值求解。
The vibration of a special kind of nonlinear thin plate shape beam with pulsating fluid is calculated and analyzed in this paper.
对一类特殊的非线性薄板梁结构受振荡流作用下的振动情况进行了计算和分析。
On such basis, an incremental finite element formulation for nonlinear vibration of moderately thick and thin plate is presented.
据此，建立了中厚度-薄板非线性振动的增量有限元列式。
Based on elastic stability theory of thin plate, the maximum high-depth ratio of these two kinds of web under bending is deduced.
基于薄板的弹性稳定理论，确定了在纯弯状态下空腹受弯钢构件孔口上方腹板和孔间腹板的最大高厚比。
It introduced the processing technology of cold-press sintering moulding used for processing UHMWPE colorful and porous thin plate.
介绍了用冷压烧结成型法加工超高分子量聚乙烯(UHMWPE)彩色多孔薄板的技术。
This paper presents a curvilinear boundary quadrilateral element for the problem of thin plate of bending with curvilinear boundary.
本文提出了曲边四边形薄板弯曲单元解决曲线边界薄板的弯曲问题。
An arbitrary quadrilateral element of plate bending is formulated to solve thin plate bending problems with nonorthogonal boundaries.
本文提出了任意四边形薄板弯曲单元以解决非正交边界薄板弯曲的问题。
The characteristics and applications of the thin plate fixed bed adsorbers in the circulation ventilation pipe systems were presented.
介绍了薄平板型固定床吸附器在循环通风管路系统中的使用特性和应用效果。
And the conclusion can be drawn that it can reduce sedimentation velocity by using plating hollow particles or thin plate-shaped sample.
通过研究我们发现，采用镀金属的空心颗粒或薄板形试样，能够明显降低沉降速度。
A homogeneous isotropic thin plate, on which the surface force ACTS and there are many actuators of discrete distribution, is considered.
考虑一均匀各向同性薄板结构，在板面内受面力作用，且在板的上下表面离散分布着压电执行元件。
At the first, the nonlinear differential equations for the bending of a thin plate are linearized by means of incremental loading method.
首先利用荷载增量法将薄板弯曲的非线性微分方程线性化。
An uniform distribution, isotropic thin plate, on which both surface there are discrete distribution piezoelectric actuators, is considered.
考虑一均匀各向同性薄板结构，在其上下表面离散分布着压电执行元件。
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