1)  flanging
压弯翻边
1.
A quasi-three dimensional shell element model, which can be effectively used to simulate the flanging and spring-back deformation, is introduced into an independently developed CAE software, KMAS.
在独立研制的板材冲压成形性分析软件KMAS中 ,组入可有效模拟厚钣金件压弯成形与回弹变形的三维退化曲壳单元模型 ,简述了考虑凹、凸模间隙可变的基于有限元网格双面接触算法以及回弹的处理技术 ,数值研究了铁路客车牵引架厚钣金件压弯翻边与回弹变形过程 ,并将压弯过程模拟结果与国外基于单面接触算法的商品化软件的模拟结果以及实验结果进行了比较 。
2)  compression-bending
压弯
1.
The difference of the predictions of the load-bearing capacity using LRFD(1994),AIJ (1997),EC4(1996)and GJB(2001)is compared,and contrasts the calculating results with the experimental results,including:73 axially compressive members,8 pure bending members and 20 compression-bending members.
比较了设计规程 LRFD(1994),AIJ(1997),EC4(1996)及 GJB(2001)在进行矩形钢管混凝土构件承载力计算时的差异,并将以上规程的计算结果与收集到的试验结果进行了对比,其中包括:73个轴压、8个纯弯及20 个压弯构件。
2.
Design methods of concrete filled circular steel tubular beam-columns in different codes, including LRFD(1996,American),AIJ(1997,Japan),EC4(1996,Europe),CECS28:29(1992,China),DL/T (1999,China)are introduced respectively in this paper,the calculating results are compared with those of tests(including 256 axial loaded members,12 pure bending members and 106 compression-bending members).
简要介绍了美国 LRFD(1994)、日本 AIJ(1997)、欧洲 EC4(1996)和中国 CECS28:29(1992),DL/T5085-1999 (1999)设计规程中有关圆形截面钢管混凝土压弯构件计算方法的特点,并将各类方法的计算结果和搜集到的试验结果(包括256个轴压、12个纯弯及106个压弯构件)进行对比分析,结果表明,五种规程均能较好地计算构件的承载力,且偏于安全。
3)  Press bending
压弯
4)  intermesh
压弯量
1.
The effect of entrance/exit leveler roller' intermesh to plate flatness;
矫直机入/出口矫直辊压弯量对板材不平度的影响
2.
The FEM analysis for the effect of intermesh to plate leveling deformation;
压弯量对轧件矫直变形影响的有限元分析
3.
According to elastic-plastic theory of beam, reverse bending deflection which is composed of elastic recovery deflection, residual deflection decides roller′ intermesh.
矫直机压下模型主要由入、出口矫直辊的压弯量设定和矫直辊的弯辊量设定组成。
5)  hydraulic bending roll
液压弯辊
1.
The mathematical model of hydraulic bending roll system has strong time-variant property and uncertainty in the control system of UC rolling mill.
UC轧机液压弯辊系统的数学模型具有很强的时变性和不确定性,是典型的非线性过程;针对UC轧机液压弯辊系统的特性,提出模糊神经网络模型参考自适应控制策略,并将其应用到液压弯辊控制系统中;仿真结果表明,模糊神经网络模型参考自适应控制能够很好的跟踪参考模型的设定,系统的响应快。
2.
The hydraulic system of hydraulic bending roll adopts a electric hydraulic pressure servo system.
液压弯辊的液压系统,采用了电液压力伺服系统,电控系统采用了结构简单、编程方便、高可靠性的可编程序控制器,它与主机的WDPF分布式计算机控制系统有机地结合,组成一种新型的自动控制系统,在控制和消除板带材的中浪、边浪及瓢曲等实际问题中取得了良好的效
3.
The hydraulic bending roll system is a basic part,its dynamic characteristic and steady characte.
液压弯辊系统是板形控制系统的最基本的环节,它的动态特性和稳态性能对于整个板形控制系统的性能起着至关重要的作用。
6)  dishing
压弯成形
1.
Applying MSC/Superform commercial software, dishing process of railway wheel with elastic-plastic thermo-mechanical coupled FEM was simulated,the way metal flows in dishing process was studied.
借助商业有限元软件MSC/Superform,数值模拟了车轮压弯成形过程。
参考词条
补充资料:压弯机操作规程
一、 认真执行《锻压设备通用操作规程》有关规定。
二、认真执行下述有关补充规定:
(一) 工作前检查模具或压滚应完好无崩裂,紧固牢靠。
(二)
工作中严格按照工艺规定进行热弯或冷弯。作热弯的工件应加热到规定温度,不准将未加热或加热温度不够的工件放到设备上弯制。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。