坯料形状,billet shape
1)billet shape坯料形状
1.Method ofbillet shape definition for precision coining cube part;矩形章精压坯料形状的确定方法
2.Base on the simulation results of node velocity vector,total equivalent plastic strain,force-stroke curve,the influences of female die shape andbillet shape to the process have been analyzed.通过模拟得到的节点速度矢量、等效应变及力—行程曲线分析了凹模及坯料形状对弹体挤压成形的影响,提出弹体挤压时坯料直径应与凹模直径相等,凹模形状应根据挤压力的大小和模具结构的简化两方面确定。
2)blank shape prediction坯料形状预测
1.Improvement ofblank shape prediction precision of deep drawing stamping part by thickness threshold value method;用厚度阈值法改善深拉延冲压件坯料形状预测精度
3)slug[英][sl?ɡ][美][sl?g]坯料原始形状
4)blank shape optimization坯料形状优化设计
5)blank shape毛坯形状
1.The correspondingblank shape can be ob-tained by one-step finite element method.由一步成形有限元法可以得到对应的毛坯形状,通过计算毛坯结点到工件上的位移可得到工件上的应力和应变。
2.One of the important parameters is theblank shape, which has a direct relationship with the quality of the deformed parts.准确的毛坯形状不仅可以节省原材料 ,减少成形后的修边工作量 ,而且是改善成形条件 ,提高成形质量的有效手段之一。
3.In this paper, aiming at the forming failure types of the sheet hydroforming of complicated aircraft aluminum part, effects of key process parameters includingblank shape,cavity pressure etc.针对某型号飞机铝合金复杂构件充液成形的失效形式,采用有限元数值模拟和试验的手段,研究了毛坯形状、液室压力等关键工艺参数对成形失效的影响,给出了铝合金复杂构件充液成形质量控制的措施,为此类型航空复杂构件的充液成形提供了技术指导。
英文短句/例句
1.Research on Influence of Billet Shape and Dimension on Blade Die Forging and Energy-saving Material-saving;毛坯形状与尺寸对叶片模锻及节能节料影响的研究
2.Research on blank shape and drawing process of asymmetric box part非对称盒形工件拉深毛坯与成形设计
3.hat body, of wool felt, neither blocked to shape nor with made brims羊毛毡帽坯,未制模成形也无特制帽檐
4.hat body, of fur felt, neither blocked to shape nor with made brims绒毛毡帽坯,未制模成形也无特制帽檐
5.Research on local upsetting finish forging process of valve blank气门毛坯局部镦挤终锻成形工艺研究
6.Strip Length Constraints of Rectangle Cutting Patterns矩形毛坯排样中条带长度的约束处理
7.hat body, of felt, tip-stretched to form rounded crowns (excl. with made brims)毛毡帽坯,顶部扩张成圆形帽顶（不包括有特制帽檐的帽坯）
8.Having the form of a hair.毛样的，长毛状的有毛发的形状的
9.Nowadays the steel is sometimes cast into its semifinished form directly from its molten state.现在钢有时可直接从熔化状态铸成毛坯。
10.Numerical Simulation of Blank Size in Forming Automobile Engine Hood Panel轿车发动机罩外板成形毛坯尺寸的数值模拟
11.Study on Optimization of Blank Corner Dimensions of Shallow Square Boxes Without Flanges;无凸缘低盒形件圆角区毛坯尺寸优化的研究
12.An Exact Algorithm for Generating Optimal Four-block Patterns of Rectangular Blanks;生成矩形毛坯最优四块排样方式的精确算法
13.An Exact Algorithm for Generating Optimal Three-block Patterns of Rectangular Blanks;生成矩形毛坯最优三块排样方式的精确算法
14.Research on Blank Design for Sheet Metal Forming Based on Physycial Inverse Method基于物理逆向法钣金成形毛坯展开技术研究
15.The application of physical inverse method in optimum blank design for sheet metal forming物理逆向法在优化钣金成形毛坯中的应用
16.AN IMPROVEMENT ON GENERATING THREE-BLOCK CUTTING PATTERNS FOR RECTANGULAR BLANKS AND ITS ALGORITHM改进的矩形毛坯三块排样方式及其算法
17.Numerical Simulation Analysis on Blank Shape and Size of Cylindrical Cups with Notch带缺口筒形件毛坯展开的数值模拟分析
18.Definition of protecting cover blank demension and design principle of cropping froming block护罩毛坯尺寸的确定及切料成形模的设计原理
相关短句/例句
blank shape prediction坯料形状预测
1.Improvement ofblank shape prediction precision of deep drawing stamping part by thickness threshold value method;用厚度阈值法改善深拉延冲压件坯料形状预测精度
3)slug[英][sl?ɡ][美][sl?g]坯料原始形状
4)blank shape optimization坯料形状优化设计
5)blank shape毛坯形状
1.The correspondingblank shape can be ob-tained by one-step finite element method.由一步成形有限元法可以得到对应的毛坯形状,通过计算毛坯结点到工件上的位移可得到工件上的应力和应变。
2.One of the important parameters is theblank shape, which has a direct relationship with the quality of the deformed parts.准确的毛坯形状不仅可以节省原材料 ,减少成形后的修边工作量 ,而且是改善成形条件 ,提高成形质量的有效手段之一。
3.In this paper, aiming at the forming failure types of the sheet hydroforming of complicated aircraft aluminum part, effects of key process parameters includingblank shape,cavity pressure etc.针对某型号飞机铝合金复杂构件充液成形的失效形式,采用有限元数值模拟和试验的手段,研究了毛坯形状、液室压力等关键工艺参数对成形失效的影响,给出了铝合金复杂构件充液成形质量控制的措施,为此类型航空复杂构件的充液成形提供了技术指导。
6)blank shape板坯形状
1.The law of material"s plastic flow and the stress-strain state is analyzed,and the effect on the formability of rectangular case byblank shape is analyzed with emphasis.阐述了薄板拉深成形有限元模拟的基本理论及关键技术,对非轴对称拉深成形的典型零件—矩形盒进行了成形模拟,分析了材料流动规律和应力应变状态,并着重分析了板坯形状对矩形盒成形性的影响。
延伸阅读
坯料1.已具有所要求的形体，但还需要加工的制造品;半成品。 2.在机器制造中，材料经过初步加工，需要进一步加工才能制成零件的半成品，通常多指铸件或锻件。
