带纵向内筋的薄壁筒形件就是适应这一需要而出现的。
Thin-walled tubular parts with longitudinal inner rib can satisfy the demand.
因此，通过多道次滚珠旋压可实现大减薄量薄壁筒形件的旋压成形。
Therefore, the spinning of thin-walled tube with large thickness reduction can be realized through multi-pass ball spinning.
作为一种连续局部塑性成形工艺，滚珠旋压被应用于制造铝合金薄壁筒形件。
As a successively and locally plastic deformation process, ball spinning is applied for the purpose of manufacturing thin-walled tubular parts of aluminum alloy.
该机床具有旋压切断功能，特别适用于压缩机壳体等大型圆柱薄壁筒形件的切断加工。
It has the functions of spinning and cutting, especial ly available to cut off big thin-wall cylindrical workpiece such as the shell of compressor.
通过数值模拟与实验结果的比较，得出了获得较理想的成形薄壁筒形件时减薄率的选取范围。
Through the comparison of numerical simulation value and experiment results, the range of reduction ratio was obtained while the tube forming ideality.
作为一种连续局部塑性成形工艺，滚珠旋压被应用于制造高强度、高精度的纵向内筋薄壁筒形件。
As a successively and locally plastic deformation process, ball spinning is applied in order to manufacture high-strength and high-precision thin-walled tubular part with longitudinal inner ribs.
提出的管坯壁厚精度概念极其控制方法具有普遍性，对于其它薄壁筒形件的制造工艺具有参考作用。
The introduction of the concept of bellows wall thickness accuracy has the universal significance and reference value for manufacturing technology of other thin wall tube like products.
针对大型、深腔、薄壁筒形件脱模较大，及要求成型后变形小的特点，采用气动的脱模方式进行了注射模具的设计。
Design the injection molding with pneumatic ejecting, so as to suit the injection molding with big ejecting force in deep mold and thin wall barrel.
针对大型、深腔、薄壁筒形件脱模较大，及要求成型后变形小的特点，采用气动的脱模方式进行了注射模具的设计。
Design the injection molding with pneumatic ejecting, so as to suit the injection molding with big ejecting force in deep mold and thin wall barrel.
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