铝合金板,aluminum alloy sheet
1)aluminum alloy sheet铝合金板
1.Parameter prediction of bending of aluminum alloy sheet induced by laser prompt heating;铝合金板快速加热弯曲的参数预测
2.Tribotest at drawbead in aluminum alloy sheet warm forming;铝合金板温成形过程中拉深筋处摩擦的测量
3.Finite element analysis on mechanical behavior of adhesive joint of steel sheet and aluminum alloy sheet;钢板与铝合金板胶接接头力学性能的有限元分析
英文短句/例句

1.Study of the Effects of Zr on Properties of the Al Alloys with High MgZr对高镁铝合金板材综合性能的影响
2.Wrought aluminium and aluminium alloy sheets and strips--Tolerances on form and dimensionsGB/T3194-1998铝及铝合金板、带材的尺寸允许偏差
3.Design and Research on Engineering of High Precision Aluminum and Aluminum Alloy Plate, Sheet and Strip;高精度铝及铝合金板带材工程设计与研究
4.PIV Simulation and Optimization for Melt Flow in Continuous Casting of Aluminum Alloy Slab;铝合金板坯连铸PIV模拟及工艺优化
5.Research on the Springback of Bending in LY12 Aluminum Alloy Sheet;LY12铝合金板材弯曲回弹实验研究
6.Study on Microstructures and Properties of Super-Hardness Aluminum Alloy Plate Materials;超硬铝合金板材微观组织及性能研究
7.The Study of MF Spot Welding Design on Aluminum Alloy Applied in Auto-Body;车身铝合金板材中频点焊工艺的研究
8.Necessary Construction a Secondary Aluminium FRPs Works in China;对建设大型再生铝合金板带厂的设想
9.Study on Non-linear Acoustics Characterization of Cracks in Aluminum Alloy Plate铝合金板材缺陷非线性声学特性研究
10.Study on Fatigue Life of 2E12 Aluminum Alloy Plate2E12高强铝合金板材疲劳寿命的研究
11.Metallurgy Bonding of Closed-cell Aluminum Foam with Aluminum and Aluminum Alloy Plate闭孔泡沫铝与铝及铝合金覆板的冶金结合
12.aluminium alloy integrally extruded panel铝合金整体挤压壁板
13.Aluminium and aluminium alloy corrugated sheetsGB/T4438-1984铝及铝合金波纹板
14.Aluminium and aluminium alloy rolled sheetGB/T3880-1997铝及铝合金轧制板材
15.Wrought aluminium and aluminium alloy-Patterned sheetGB/T3618-1989铝及铝合金花纹板
16.Investigation on Brazing Process of Muti-Clad Aluminum Alloy FA7827;FA7827铝合金多层复合板钎焊工艺研究
17.Study on Aluminizing and Al-Si Co-Infiltration on Ti-Alloy Fabracated by EB-PVD;EB-PVD制备钛合金薄板渗铝及铝硅共渗研究
18.Ten types defect of wrought aluminum and aluminum alloys rolling plates and sheets十种常见的变形铝及铝合金轧制板材缺陷
相关短句/例句

aluminum alloy plate铝合金板
1.Center-cracked aluminum alloy plates were adhesively one-side bonded with unidirectional carbon/ epoxy composite patches by vacuum-bagging process.利用袋压工艺、采用单向碳纤维/环氧复合材料补片对含中心裂纹的铝合金板进行了修补,测试了胶接修补前后板的静态力学性能和疲劳性能。
2.The aluminum alloy plate for adhesive bonding was anodized in the solution of phosphoric acid and its adhesion performance was studied.采用磷酸电解质对铝合金板进行了阳极化处理并测试了其胶接性能,测试了阳极化过程中铝合金板的基本力学性能,观察了阳极化处理后的铝合金板的表面形貌,分析了阳极化处理后铝合金粘接副的胶接界面、拉伸剪切失效模式。
3.ANSYS finite element analysis method was adopted to analyze the rigidity of a center holed aluminum alloy plate, and to investigate the influence of hole on rigidity and stress area disturbed.用ANASY有限元分析软件对复合材料修复铝合金结构的刚度进行数值分析,研究了开孔损伤对铝合金板结构刚度和应力扰动区范围的影响。
3)aluminium alloy sheet铝合金板
1.Research and development of friction and lubrication for aluminium alloy sheet forming;铝合金板成形中摩擦与润滑的研究进展
2.Formability window of aluminium alloy sheet at variable blank-holder force;变压边力条件下铝合金板的成形窗口
3.In order to exactly evaluate drawability of automotive aluminum alloy sheets, the correlation between material properties and formability of automotive aluminium alloy sheets, based on the sample data obtained from uniaxial tension, plane strain tension and cylindrical deep drawing tests, is analyzed by means of regression analysis method.为了准确地评估汽车用铝合金板的拉深性能,在单向拉伸试验、平面应变拉伸试验和圆筒件拉深试验获得的样本基础上,采用回归分析方法,全面地分析了汽车用铝合金板各种材料性能参数与其拉深性能之间的对应关系。
4)aluminium alloy plate铝合金厚板
1.Review about supply and demand of global aluminium alloy plate for aviation;全球航空级铝合金厚板供需述评
5)aluminum alloy sheet铝合金薄板
1.Theoretical inquiry into ductile fracture mechanism and modification of ductile fracture criterion based on aluminum alloy sheet;韧性断裂机理的理论探讨与基于铝合金薄板韧性断裂准则的修正
2.2 mm thick 5A06 aluminum alloy sheet with filler wire were investigated based on the existing problems by YAG laser welding of sheet plate,which included narrow scope of welding procedure and strict restriction of the gap tolerance and so on.2mm厚5A06铝合金薄板YAG激光焊接工艺范围窄和对间隙要求严格等问题,较系统地研究了该铝合金激光填丝焊接工艺。
6)thick plate of aluminum alloy厚板铝合金
1.In this paper,the bead puckering during high current metal-inert-gas shield welding process of thick plate of aluminum alloy is analyzed.对大电流MIG焊焊接厚板铝合金时焊缝产生皱皮进行了试验研究与分析,皱皮产生的原因是焊接电弧燃烧不稳定、熔池中的熔融金属发生氧化和氮化反应造成的。
延伸阅读

模具温度对铝合金板拉深性能的影响摘要:借助商用有限元仿真软件ABAQUS,采用热力耦合有限元法对汽车用铝合金板5083-O的圆筒件温拉深过程进行数值模拟。在此基础上,利用试验设计方法,分析初始温度布置对拉深能力的影响,并给出拉深件破裂失效形式。研究结果表明:凸模底部和凹模法兰的温度决定着铝合金板拉深能力,在凹模法兰处于较高温度250℃而凸模底部处于室温的拉深模式中,临界凸模行程最大;而拉深件的破裂失效即可能出现在凸模圆角区附近,也可能出现在凹模圆角区附近。可见,差温拉深中温度布置对发挥板料成形能力十分重要。 关键词:铝合金板;差温拉深;温度布置;有限元模拟1 前 言 随着汽车工业的高速发展及人类环保意识的日益增强,对汽车安全性和燃油效率的要求越来越高,使得汽车用板逐步向轻量化材料方向发展。铝合金具有比强度高、抗腐蚀性好等优点,在保证不降低汽车原有的安全性能下,明显地减轻了汽车自重,达到了节能和环保的目的。但铝合金板在室温下塑性较低,常温拉深性能差,更易发生开裂和起皱现象,尺寸精度难以控制,无法顺利加工出形状较复杂的车身覆盖件。研究表明[1,2],在温成形条件下(200~350℃),铝合金板塑性被大大提高,并且流动应力被降低。与常温拉深相比,温成形条件下,可明显改善板料的拉深性能,并且成形件回弹量小,零件表面质量好。因此,采用温成形技术生产铝合金覆盖件,可以大大促进其在复杂车身零件上的应用。 在温拉深中,初始温度场的设置对成形性能产生着重要的影响。Ayres等人[3]在考虑温度梯度的基础上,实验研究了铝合金板温拉深过程,结果显示,温度对于颈缩现象的产生具有重要的作用。Naka等人[2]利用圆筒件拉深试验,实验研究凹模法兰温度对5182-O拉深比的影响,研究发现,随着法兰温度升高,拉深比增大。Li等人[4]也做了类似的实验研究,并发现拉深高度随着凹模法兰温度升高而增大,而随着凸模温度的升高而减小。为了提高复杂形状零件的可成形性和工艺的鲁棒性,很有必要合理确定温拉深中初始温度分布。通过有限元模拟和实验设计方法确定拉深中初始温度分布,是一种高效率的方法[5]。 本文采用商用有限元软件ABAQUS,对汽车用铝合金板的圆筒件拉深过程进行数值模拟,并通过实验设计方法,探讨温度分布对铝合金板拉深性能的影响规律,为差温拉深中温度场设置提供参考。