1) blank shape
毛坯外形
1.
Architecture of a network affects the calculation results very much in determination of ideal blank shape employing ANN technology.
采用神经网络技术预测拉深件毛坯外形的方法中，网络的结构对预测结果的优劣有很大的影响。
2) blank shape
毛坯形状
1.
The corresponding blank 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 the blank 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 including blank 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。
3) circular blanks
圆形毛坯
1.
The manufacturing industry often uses the shearing and punching processes to cut the metal sheet into circular blanks.
制造行业经常采用剪切和冲裁工艺将金属板材切成圆形毛坯。
4) cup-shaped blank
杯形毛坯
5) rectangular blank
矩形毛坯
1.
The cutting patterns of equal rectangular blanks popular exist in industries’ production.
同尺寸矩形毛坯排样是在企业生产中广泛存在的问题,当排样受剪刃长度约束时板材的分割是影响板材利用率的重要因素。
6) preformed billet
预成形毛坯
1.
Preformed billet design in precision forging process of blade directly affects the quality of blade forging and the operating life of forging die, and the finite element backward simulation technology is an effective method of preformed billet design.
精锻过程中预成形毛坯设计的合理与否直接关系到叶片精锻件的质量和精锻模的使用寿命,而预成形毛坯设计的有效方法是采用有限元反向模拟技术。
补充资料：电渣熔铸的42CrMo钢柴油机曲轴毛坯
电渣熔铸的42CrMo钢柴油机曲轴毛坯
臃盆 电渣熔铸的42CrMo钢柴油机曲轴毛坯
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