1) angular distortion
角变形
1.
Researches on the coming into being mechanism for fillet weld's angular distortion;
角焊缝角变形产生机制的研究
2.
Prediction of angular distortion in thick plate multi-pass weld;
厚板多层多道焊角变形分析方法
3.
Laws of welding angular distortion on cylindrical plate of LF6Y2 Aluminum alloys;
LF6Y2型铝合金曲板焊接角变形规律
2) angle deformation
角变形
1.
Study showed that angle deformation of T joint is changed along the welded seam length.
研究表明 ,T形接头的角变形沿焊缝长度方向是变化的。
2.
By the theory of elasto -- plastic bend, this paper prowents a method to calculate out - of -- plane restraint and reverse deformation that are made use of to remove angle deformation in butt joints.
本文应用弹塑性弯曲理论提出了一种消除焊接对接接头角变形的平面外拘束力的计算方法，计算了极限拘束力、拘束长度和反变形的量值，并通过试验验证了方法的有效性。
3.
Properties of angle deformation have been deeply studied,the stress calculation formula that calculating angle deformation of spherical shell is derived.
在深入地研究了球形壳体角变形的性态基础上，推出了球形壳体角变形附加应力简易计算式；给出了角变形区变形特点，和球壳结构与角变形限量间的数值关系，经实践证明可同ＪＢ１１２７－８２规定对应使用。
3) angle distortion
角变形
1.
Taking a welded T-joint as computing example,the forming mechanism of fillet weld's angle distortion was studied by combining thermal elastic plastic analysis with mapping strain component method.
以T形焊接接头为算例,结合热弹塑性有限元法和映射应变分量法,研究了角焊缝角变形的产生机制。
2.
Using the simple caculation,ANSYS analysis caculation and testing may obtain the quantity of angle distortion based on the analysis of producing the spring distortion when the compressor worked with received the load.
分析压力机在承受负载时机身产生弹性变形的基础上,分别利用简化计算,有限元分析计算和测试获得角变形量并进行对照比较,提出3种方法存在的差异。
4) angular deformation
角变形
1.
Finite element analysis of the relation between heating parameters and angular deformation by line heating;
水火弯板工艺参数和角变形关系的有限元分析
2.
It is essential to clarify the relation between heating parameters and angular deformation for ship hull plate forming system by pure line heating.
对于采用完全水火弯板方法成形双曲度船体板的情况,探索水火弯板成形因素和角变形之间的关系是必要的。
3.
In this paper several geometrical relations of angular deformation and the analytical expressions of local stresses in spherical vessels are established by analytical method.
本文利用解析方法，建立了球形容器角变形的一些几何关系式与局部应力的分析表达式；求得了一个简明而且实用的应力集中系数公式，表明应力集中不仅依赖于角变形量，而且随径厚比的平方根的增加而增加。
5) angular deformations
角变形
1.
Through a few FEM calculations,the FEM results for pressure vessels with angular deformations shown in Literature 2 are proved.
通过进行少量有限元计算,验证了文献[2]中对只存在角变形的球罐有限元分析的结果的正确性;利用此结果,对文献[1]中介绍的几种计算公式进行了比较和分析,提出了用1/(Rt~(1/2))作为变量来表达的应力集中计算式;通过与有限元计算结果比较,证明在各种情况下用1/(Rt~(1/2))作为变量的计算式比其它计算式都有较好的综合性能,适合于各种尺寸的球罐使用。
6) deformation angle
变形角
1.
The conception of deformation angle of helix pre-former is introduced and process parameters are analyzed with math regression method.
对螺旋式预变形引入变形角α ,对其各工艺参数运用数学方法进行回归分析 ,分别得出变形角、变形系数、变形器内径、变形器槽深与钢丝绳直径的经验公式。
补充资料：大坝内部变形观测(见水工建筑物变形观测)
大坝内部变形观测(见水工建筑物变形观测)
daba neibubianxing guanCe大坝内部变形观测见水工建筑物变形观测。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条