1) intermesh
[,intə(:)'meʃ]
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。
2) incremental bend forming
增量压弯
1.
Finite element simulation of stress and strain on the incremental bend forming technology of the integral wing-skin panel;
整体壁板增量压弯过程应力应变模拟
2.
In this paper, the incremental bend forming technology and finite element simulation are applied to form the panel.
研究表明:采用增量压弯成形工艺可以成形出具有一定曲率外形的整体壁板;压弯过程中蒙皮始终处于弹性变形阶段,筋条既有弹性变形产生,又有塑性变形产生;压下量达到一定值时,塑性变形的比率急剧增加。
3) 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。
5) bending
[英][bend] [美][bɛnd]
压弯
1.
Through analyzing integral panel and theoretical calculation of press shaping die,a combination technology of composite bending forming and shot blast is introduced,which integral panel can be carried out,so as to achieve a highly efficient,high-precision requirements.
通过对整体壁板的结构分析和压弯成形的理论计算,选择采用精密压弯和喷丸相结合的复合成形技术,对整体壁板进行成形,从而达到了高效、高精密的要求。
2.
Based on the analysis of the initial defect of the beam,it is derived a formula for stability bearing capacity of the bending members under lateral loads,and makes a conclusion of the bearing capacity and normal performance of defective beams that the defective beams with no special treatment are still safe.
通过对初始缺陷梁的理论分析,推导横向荷载作用下压弯构件的稳定承载力公式,并以此为依据,对缺陷梁承载力和正常使用性能做出判断,认为不做特殊处理缺陷梁仍是安全的。
6) buckling
[英]['bʌkl] [美]['bʌkḷ]
压曲;压弯
补充资料：压下量
压下量
draught
yaxiafiang压下t(draught)轧件轧制前的高度H与皿丫坠 ab 轧件尺寸图 a一轧制前;b一轧制后轧制后的高度h之差，一般以△h表示，因此有△h~H一h。它是表示轧制时轧件高度方向绝对压缩变形程度的变形参数。对横截面为矩形的轧件，其高度即矩形截面的实际高度(见图);对横截面不是矩形的轧件，其一一、._.一~、~~..._、._‘~=F。二F高度为平均高度，并按以下公式确定:H~丫，h~告，.，~，“，一，.，~’月‘~’“产、钊~’“B。”’B’式中万，再分别为轧制前、轧制后轧件的平均高度;F。，F分别为轧前轧后的横截面面积;B。，B分别为轧制前轧制后的宽度。 (余望)
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