液压阀，液压调节，多工位形板。
Hydraulic valves, hydraulic throttles, multistation manifold plates.
用均方加权约束梁单元和四边形板单元过渡。
The transition of girder element and quadrilateral board element were restricted with mean square weighting.
本文推导了平行四边形板弯曲问题的斜座标基本公式。
In this paper, fundamental formulas have been derived for the bending of a parallel quadrilateral plate in the incline coordinates.
割台两侧底部设置仿形板，可根据不同地面状况调整割茬。
Two imitating boards which installed on the bottom of two side of header can adjust to stubble height according to different ground condition.
合成出六边形板状结构、陀螺形、花生形等形貌新颖的球霰石。
Novel morphologies of vaterite, including hexahedron plate-shaped, top-shaped, and peanut-shaped were found.
本文推导了在任意载荷激励下直角三角形板单元局部动力效应修正公式。
In this paper, the local dynamic effect modification formulation of rightangled triangle plate element under arbitrary excitation is presented.
本文利用九参数三角形板单元，对拟协调元方法作了一系列的性态分析。
This paper presents a series of characteristic analysis for quasi-conforming technique by using the nine parameter triangular plate element.
所述角度限定装置包括起弓形板、槽形板、定向板、横栓和横栓定位板。
The Angle limiting apparatus comprises an arched plate, a trough-shaped plate, an orienting plate, a transverse bolt and a transverse bolt positioning plate.
实验数据对比分析表明，该方法是有效的，能够实现板形板厚的综合控制。
Experimental results show that the strategy is valid, which provides another way for the integrated control of gauge and shape and can be used to guide production in practice.
机器前面的梭形板及位于该处的各个零件应仔细擦干并加少量的油，以防生锈。
The shuttle plate and parts in this area at the front of the machine should be well dried and a little oil applied to prevent any rust.
板形测控数学模型、解析板形刚度理论和板形板厚协调规律的综合称为板形计法。
Shape survey and control mathematics model, analytical theory for shape stiffness and the shape and gauge coordination control law are called shape meter method.
应用最近建立的解析板形方程推出板形最佳轧制规程和板形板厚协调控制新方法。
The shape optimal rolling schedule and new method of shape and gauge coordination control which inferred from the new built analytic shape equation have been achieved.
那么提高板形板厚综合系统的控制水平，就成了一个重要的研究难点和研究热点。
Therefore how to increase the control level of the flatness and gauge complex system has become hotspot and hard pot of related study.
通过采用自动伸缩的活动舌形板，提高了套袋的可靠性，解决了橡胶的自动包装问题。
It improves the reliability of sheathing bag and solves the problem of rubber automatic package by adopting the automatic lengthening and shortening longue-like plate.
本文将任意四边形板单元的协调位移模式应用于半无限弹性地基上任意形状弹性地基板分析。
The harmonious displacement model of arbitrary quadrilateral plate element is used to analyze the arbitrary shape elastic foundation plate in the semi - infinite elastic foundation.
实际运用表明，该方法能够实现板形板厚的解耦，满足板带质量控制要求并具有良好的鲁棒性。
Practice proves this method can implement decoupling of steel shape and plate thickness, meets the requirements of steel plate quality, with excellent robustness.
作者以前应用三角级数加多项式的方法解决了悬臂对称三角形板在均布载荷作用下的弯曲问题。
The authors used the method of trigonometric series and polynomial to solve the problem for the bending of a cantilever plate in a symmetric triangular shape under uniform load.
本文在建立板形板厚耦合模型的基础上，采用反馈解耦控制方法，实现了板形板厚的解耦控制。
After the coupled process control model was developed, a feedback decoupling controller was proposed to decouple the model.
对简支各向异性平行四边形板在面内张力和剪力作用下自由振动、屈曲和弯曲问题作了全面的研究。
A comprehensive study of free vibration, buckling and bending of anisotropic simply-supported skew plates subjected to in-plane normal and shear forces is conducted.
用高精度三角形板单元有限元程序研究多种正交各向异性材料开圆孔或开方扎夹支方板的自由振动。
The free vibration of orthotropic clamped square plates with a circular or square hole is studied with the help of the program using the high-precision triangular plate bending element.
对采用斜形连接板的上机架、机座的应力、变形和受力进行了分析，给出了斜形板的最优安放角度。
The stress, deformation and force of top bearing bracket and stator frame with sk ew leaf springs are analyzed, and optimum angle of skew leaf springs is given in this paper.
文中求得了周边简支多边形板的弹性改进理论解，数值结果与三维弹性理论精确解的结果非常接近。
The solution of the refined theory for simply supported polygonal plates has been obtained; and its numerical result is very close to the exact solution of the three-dimensional theory of elasticity.
优化方案是以四机架冷连轧机为对象，以板形板厚为目标函数，以遗传算法为优化方法进行设计的。
The object of the optimization system is the 4-stand tandem cold strip mill, the target function is strip gauge and shape, and the optimization method is genetic algorithms.
应用功的互等定理研究了在一集中载荷作用下斜边自由的三角形板的弯曲问题，给出了该问题的精确解。
The reciprocal theorem is used to make research on the bending of a set square with free hypotenuse under a concentrated load acting at any of its points, and its accurate solution is given.
带钢冷连轧过程中，板形板厚控制存在着很强的耦合关系，相互影响对方的调节效果，甚至引起系统不稳定。
Shape and gauge control interact each other intensively in tandem cold rolling process, making control ineffective and unstable.
采用有限元法对雁形板屋盖结构的空间受力特性进行了分析计算，并着重考虑了温度变化对板截面应力的影响。
In this paper, the finite element method is used to analyze the behavior of the prestressed V-shape slab Roof structure, especially the effect of temperature change on the stress of slab.
负荷分配是板厚控制和板形控制的基础，为了保证成品带钢的板形板厚质量，需要在负荷中考虑板形调节能力。
As load distribution is the basis of gauge control and shape control, shape adjustment ability should be considered in load distribution to ensure the gauge and shape quality of finished strips.
应用功的互等定理研究了在一集中载荷作用下三个角点被支承的三角形板的弯曲问题，给出了该问题的精确解。
The reciprocal theorem is applied to research on the bending problem of set square with free hypoteuse and a clamped edge under uniform loads, the accurate solution of this problem is given.
一个精确的重富立叶级数解析解用于分析四边形自由的点支横观各向异性平行四边形板的自由振动、屈曲和弯曲。
The accurate double Fourier series analytical solutions are obtained for the free vibration, buckling and bending of Point Supported Anisotropic Skew Plates with four free edges.
一个精确的重富立叶级数解析解用于分析四边形自由的点支横观各向异性平行四边形板的自由振动、屈曲和弯曲。
The accurate double Fourier series analytical solutions are obtained for the free vibration, buckling and bending of Point Supported Anisotropic Skew Plates with four free edges.
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