本文统一分析了轴心压杆三种常用截面的板件宽厚比限值。
This article presents a unified analysis of the limiting slenderness of plate elements of compression members with three commonly used sections.
也可用于金属板件的弯曲、翻边等工艺。
工程中常用的一类厚度远小于平面尺寸的板件。
A kind of plate with thickness less than the plane size is commonly used in engineering.
参数分析包括板件宽厚比、板件厚度和轴压比。
Parameter analysis includes width-thickness ratio, thickness and axial compression ratio.
TOX板件冲压连接工艺是一种新的板件连接技术。
分析了板件感应淬火畸变的产生机理和主要影响因素。
The quench deformation mechanism of plate parts as well as the main factors are also analyzed.
针对金属板件压力连接时模具参数的确定进行了研究。
The setting of die parameters for sheet metal pressure joining is investigated.
为了降低柴油机气缸盖罩的成本，使用板件替代原先的铸铝件。
In order to reduce the cost of the diesel engine cylinder head cover, the panel substituted the original aluminum cast part.
其中，上述面板模块夹持于上述第一板件与上述第二板件之间。
The second panel is jointed with the first panel and the panel module is clamped between the first panel and the second panel.
其中吊柜是由门板、底板、层板、顶板、侧板、背板这些板件构成。
The wall cabinet is composed of the door panels, bottom panel, shelf, top panel, side panel and back panel.
大跨度钢桥加劲板件由于板件幅面较大，一般采用正交异性加劲板件。
With greater width, the stiffening plate on a large span steel bridge is usually of the orthotropic type.
这些实验包括带孔板件的拉伸实验、板件的振动实验、板件的转动实验。
These experiments include tension experiment of a plate with a hole, vibration and turn experiment.
本文研究了纯弯工字形薄壁钢梁组成板件局部屈曲与整体屈曲间的相互作用。
This paper deals with the interaction of local and overall buckling in thin-walled steel I-beams under pure bending.
本文介绍了压印连接方法实现金属板件连接的新技术，分析了压印连接的成形原理。
This paper introduced the method of clinching to achieve the connection of metal plate and an analysis was made on forming principle.
板件的重量非常轻，但结构很强，且如果需要的话，可沿一个横向方向对其有选择地进行弯曲。
The panel is very lightweight but structurally strong and can be selectively bent in one transverse direction if desired.
本文着重介绍板件的相关屈曲和计算截面畸变屈曲应力的方法并阐述了三种屈曲模式之间的相关关系。
This paper emphasizes the interaction of plate local buckling, the calculation of section distortional buckling stresses and the interaction of three buckling modes.
板件柔性制造系统具有高度自动化和高度柔性化的特点，特别适合板件多品种、中小批量生产的要求。
Sheet metal flexible manufacturing system (FMS) with high automatic and flexibility is fit for low volume and rich varieties production particularly.
细观元方法不增加结点自由度，却使得功能梯度板件的任意功能梯度变化、各种复杂边界条件得到反映。
In this method, functionally graded change, arbitrary form of plate and complex boundary conditions can be reflected without increasing the degrees of freedom.
通过对钢管混凝土中外包钢管板件的屈曲弹性分析，目的在于研究钢管内填混凝土后钢板件的抗屈曲能力。
The major purpose of the paper was to investigate the resistance capability of plates to local buckling in concrete filled steel tube by elastic buckling analysis of steel plates.
为准确确定Q 460等边单角钢压杆的极限承载力，需正确分析板件宽厚比超限引起的局部屈曲的影响。
To determine precisely the bearing capacity of the Q460 single equal-angle steel strut, the local buckling caused by the overrun of width-thickness ratio should be correctly analyzed.
采用实体单元模拟连接板件及螺钉，在连接板件钉孔部位建立接触状态，求解方法由ANSYS程序自动选择。
Members are modeled as solid elements, then plates and screws are glued. The equation resolution method is selected by ANSYS program automatically.
为了用料经济，允许板件产生局部失稳，其承载能力以利用板的屈曲后强度为特点的“有效宽度”方法来计算。
Allowed the local buckling of elements and made use of the post-buckling strength, the effective width method is often used to calculate the load-carrying capacity.
曲线表明，大部分的连接模型都呈现延性破坏，连接的强度和刚度都随板件的厚度以及连接件直径的增加而增大。
And the curves show that most models present ductile failure, and the connection strength and stiffness increase with the thickness of the plates and the diameter of the connection.
采用有限元分析软件ANSYS，基于弹塑性有限元理论建立有限元模型，对汽车板件冲压连接过程进行了模拟。
Based on the elastic-plastic FE theory, the Punching Bonding process of the automobile sheets is simulated by using ANSYS analysis software in this paper.
利用该方法对苏通大桥进行整体受力计算，得到钢箱梁板件的横桥向和顺桥向应力，分析了钢箱梁顶板应力在横桥向的不均匀性。
Mechanics behaviors of Sutong bridge were computed by this method, and longitudinal stress, transversal stress of plates of the girder and section stress distribution were discussed consequently.
对定位板零件的冲压工艺进行了分析，改用冲孔—整孔—落料连续冲压工艺，可明显提高工件质量及生产率。
With the analysis of punching technology of locating plate, punching hole-mending hole-blanking continuous punching technology can improve part quality and production efficiency greatly.
应采用低氢焊条焊接厚钢板与铸钢件和高强度板间的连接。
Low hydrogen electrode to be used for welding thick steel plate to casting and high tensile plates.
应采用低氢焊条焊接厚钢板与铸钢件和高强度板间的连接。
Low hydrogen electrode to be used for welding thick steel plate to casting and high tensile plates.
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