1)tube[英][tju:b][美][tub]筒形件
1.FEM numerical simulation of tube backword spinning;筒形件反旋成形有限元数值模拟
2.Investigation on microstructure and mechanical properties of TB2 titanium alloy after tube-spinning deformation;TB2钛合金筒形件旋压变形组织性能的研究
3.Numerical simulation of three-roller neck spinning of tubes;筒形件三旋轮缩径旋压过程的数值模拟
英文短句/例句
1.A Study on Forming Technology of Titanium Alloy ZTC4 Can;ZTC4钛合金筒形件成形工艺研究
2.Superplastic Forming of Allotype Cone Made of TA15 Titanium AlloyTA15钛合金异型锥筒形件超塑成形
3.Numerical Simulation of the Key Problem in Tube Metal Forming筒形件冲压成形核心问题的数值模拟
4.Numerical simulation of electromagnetically assisted sheet metal stamping for cylindrical deep drawing筒形件磁脉冲辅助冲压成形数值模拟
5.Research of Spinning Technology of AZ31 Magnesium Alloy Cylindrical Workpieces;AZ31镁合金筒形件旋压技术研究
6.A Brief Discussion on the Calculating Method of the Drawing Technique of the Wide Flange Tubby Work;宽凸缘筒形件拉深工艺计算方法初探
7.Research on 1Cr18Ni9 Stainless Steel Tube Stagger Spinning1Cr18Ni9不锈钢筒形件错距旋压研究
8.Analysis on Thickness of Pressure-lubricating Deep Drawing of Magnesium Alloy Cylindrical Cups镁合金筒形件压力润滑拉深壁厚分析
9.Approximation Calculation of Drawing Technology of Flange Cylindrical Parts有凸缘圆筒形件的拉深工艺计算分析
10.Development on the CAD system of cylindrical parts drawing die based on Inventor基于Inventor的筒形件拉深模CAD系统开发
11.With square blank to draw cylinder is a newly technology.采用方形坯料深拉延圆筒形件是一项新技术。
12.Design of Tool and Experimental Study with Respect to Ball Spinning Forming of Thin-walled Tubular Parts薄壁筒形件滚珠旋压成形工装设计及实验研究
13.Study on Ball Spinning of Tubular Parts with Longitudinal Inner Rib纵向内筋筒形件滚珠旋压成形的工艺研究
14.FEM Simulation on Deep Drawing Process of Titanium Alloy TA2 Cylinder Part;TA2钛合金筒形件拉深成形过程有限元模拟研究
15.Study on Superplastic Forming and Precision Control of TC4 Alloy Deep Cups;TC4钛合金深筒形件的超塑成形及其精度控制
16.Numerical simulation research on stamping-necking process of barrel-type workpiece筒形件冲压缩口成形工艺的数值模拟研究
17.Complex drawing and reverse drawing forming of cylinder part basing on numerical simulation基于数值模拟的筒形件正反拉深复合成形
18.Experimental investigations on electromagnetically assisted sheet metal stamping for aluminum alloy cylindrical part铝合金筒形件磁脉冲辅助冲压成形试验研究
相关短句/例句
cylindrical part筒形件
1.Development of progressive die for stainless steel thin-shell cylindrical part;薄壁不锈钢筒形件级进模设计
2.New technology of deep drawing technique for stainless steel cylindrical part;不锈钢筒形件深拉深新工艺
3.Experimental investigations on electromagnetically assisted sheet metal stamping for aluminum alloy cylindrical part铝合金筒形件磁脉冲辅助冲压成形试验研究
3)cylinders筒形件
1.Research on power spinning forming process of aluminium alloy cylinders with inner ribs;带内筋铝合金筒形件强力旋压成形工艺研究
2.The development and present situation analysis of power spinning of cylinders;筒形件强力旋压发展过程及其现状分析
3.Analysis of power spinning process parameters selection mode for cylinders;筒形件强力旋压工艺参数选取方式分析
4)cylindrical cup筒形件
1.Applying uniform design method to improve forming quality of cylindrical cup;应用均匀设计方法提高筒形件的成形质量
2.The basic principle and advantages of a new hydraulic drawing mechanism for cylindrical cup are simply described and the necessity of analytical researching on optimal blank holding force(BHF)is pointed out in this paper.结合筒形件液压拉深新装置的基本工作原理 ,提出了筒形件拉深法兰部分切向应变更为精确的简化计算公式 ,进一步获得了该法兰区域板料径向及切向应力的新的数学表达式。
3.Based on the possible factors on limiting the maximum deep-drawing height of the cylindrical cup, the fuzzy set theory is applied in optimizing the deep-drawing process design and the simulation software of metal deformation is utilized for the test of optimized design.分析筒形件极限拉深系数的影响因素 ,运用模糊信息化技术优化工艺设计方案。
5)cup[英][k?p][美][k?p]筒形件
1.Research on numerical simulation of warm drawing of cup;筒形件温差拉深数值模拟研究
2.In this paper, the warm drawing of stainless steel cup is simulated by FEM software PAM-STAMP.用PAM-STAMP对Cr18Ni9不锈钢筒形件的温差拉深工艺进行了模拟,分析了温度对温差拉深的影响,为筒形件温差拉深工艺的制定提供了依据。
3.In view of the deficiencies of the traditional design method of cup-drawing process,the mathematical models and person-computer interaction optimization design program of cup-drawing process have been developed by using optimization theory in this paper.针对筒形件拉深工艺的传统设计方法的缺陷，利用优化设计理论，建立了筒形件拉深工艺的数学模型并编制了一套人机交互式的优化设计程序，从而方便、快捷的确定合理的拉深系数，成功地解决了筒形件拉深工艺设计中拉深系数的合理分配问题。
6)Cylindrical Component筒形件
1.A cylindrical component with 2.63的筒形件,为液压拉深的推广应用提供有益的指导。
延伸阅读
靴筒1.靴子上的筒形部分。
