分析了复杂形状的中空盖零件。
是加工复杂形状零件不可缺少的设备。
Is the processing complex shape components essential equipment.
由数控加工中心加工一个有复杂形状的桌面。
研究了温态流动成形复杂形状钨骨架的工艺。
Tungsten skeleton with complex shape manufactured by warm flow compaction was studied systematically.
它能制造没有拔模斜度和缝脊的复杂形状铸件。
This can make complex shaped castings without any draft or flash.
用超塑性成形工艺能一次成形出复杂形状的零件。
The complicated shaped parts are able to be singly formed by a superplastic forming process.
配有40件阴、阳模具，可将钢线弯成任意复杂形状。
Equippen with 40 negative matrix positive matrix, it can be bent steel edge to optional complex shape.
不过对于复杂形状标注只设置单一颜色显然效果还差点。
But for complex shape with only a single color obviously effect also came close.
并展望了该技术在制造复杂形状零件方面的广阔应用前景。
The wide application of this technology in fabricating complex shape components is evaluated.
电火花加工的可贵之处在于它可在任何硬度金属上加工复杂形状。
The EDM process is valued for its ability to machine complex shapes in metals of any hardness.
其工艺特点决定其特别适宜生产小形体，复杂形状，大批量的零件。
The feature of this technology make it suit to produce small complex shape and quantity products.
本文的方法可用于计算有复杂形状带边的半导体异质结构的载流子性质。
The method used here is universal and can be used to deal with the properties of semiconductor heterostructures in which there is complex potential profile.
另一派则认为复杂形状的星云，包括蝶形星云，都可以不借助旁近天体的帮助而形成。
Another camp thinks that the complex shapes, including butterfly-like clouds, can form without the help of nearby companions.
在振动压路机的设计中，从结构方面考虑，经常出现具有复杂形状的偏心块结构。
The complex shape eccentric blocks are often needed in vibrating roller design for structure requirement.
陶瓷粉体的胶态成型方法是制备高可靠性、大尺寸、复杂形状陶瓷部件的有效方法。
Ceramic powders colloidal processing techniques are used to fabricate large size, complicated shape ceramic parts of high reliability.
注凝成型工艺是一种可制备高均匀性、高密度、复杂形状陶瓷制品的新型成型方法。
Gelcasting process is a new molding method that can prepare high homogeneous, high density, complicated shape ceramic products.
对于较长或具有复杂形状的管道及消声器，提出了子结构边界元——传递关系矩阵法。
The substructure boundary element-transfer matrix method is presented for duct system of greater length or mufflers with complex geometry.
研究这些合金的超塑性能，对采用超塑性等温锻造方法制造复杂形状锻件具有重要意义。
It is of great significance to research on the superplastic properties of these alloys for using superplastic isothermal forging to manufacture complex forge pieces.
通过人机交互方式，对于具有复杂形状的冲压件，该系统也可以有效地生成对应的毛坯图。
Through interactive method, the system can effectively produce corresponding blank drawing for stamping part with complex shape.
是一种低成本、高效率的复合材料成型工艺，尤其适合制造复杂形状的大型复合材料构件。
The resin film infusion (RFI) has been identified as a cost-effective fabrication technique for manufacturing large geometrically complex structural components.
在陶瓷材料先进成型技术中，凝胶注模成型是制备大尺寸、复杂形状坯体的一种有效方法。
Gelcasting is one of the most promising methods among all the advanced ceramic forming techniques.
树脂传递模塑(rtm)工艺不仅成型效率高、表面质量好，而且可用于复杂形状构件的制备。
The Resin Transfer Modeling (RTM) technique has high manufacture efficiency, good surface quality, and can be employed to fabricate the components with complex shapes.
它装备有大的水冷却台，可进行各种复杂的运动，以满足处理各种复杂形状的大的工件的需要。
It is equipped with a large and water-cooled stage, which can make a variety of complex motions to meet requirements of processing various large workpieces of complex shape.
在解决大型复杂形状冲压件，尤其是汽车覆盖件的冲压生产技术问题时，圆网格方法已卓有成效。
Circular grid method appears effective in solving technological problems of large stamping components with complex shape especially of automotive panel.
数控系统的快速性、驱动优化和刀具轨迹的充分处理会获得快速精确的程序执行效果，可用于复杂形状加工。
The sum of the control quickness, drive tuning and efficient handling of the tool path is said to yield fast and accurate program execution even when working with complicated shapes.
本文提出了一种把像素模拟与环路积分算法相结合，计算复杂形状面目标有效毁伤面积的新方法。
To calculate valid damage area of irregular targets, this paper creates a new method combine pixel simulation with circuit integral algorithm.
与高速铣削加工相比，在表面带精细复杂形状和电火花加工难以省去的合金异型模具制造方面占有优势。
Compared with the high-speed milling, the surface with fine and complicated shape is difficult to eliminate the alloy EDM shaped mold manufacturing advantage.
研究这些合金的晶粒细化和超塑性能，对采用超塑性等温锻造方法制造复杂形状航空锻件具有重要意义。
Therefore, it is of great significance to research the superplastic properties of these alloys for using superplastic isothermal forging to manufacture complex aviatic forge pieces.
它还能用于生产一般制造技术无法生产的零件，例如有复杂形状的涡轮叶片或必须耐得住高温的飞机零件。
It can be used to make parts that cannot be produced by normal manufacturing techniques, such as turbine blades that have complex shapes, or airplane parts that have to withstand high temperatures.
它还能用于生产一般制造技术无法生产的零件，例如有复杂形状的涡轮叶片或必须耐得住高温的飞机零件。
It can be used to make parts that cannot be produced by normal manufacturing techniques, such as turbine blades that have complex shapes, or airplane parts that have to withstand high temperatures.
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