1) reciprocating deformation
往复变形
1.
The results indicate that the deformation of the coarse-grained materials results from reciprocating deformation and residual deformation related to the cyclic loading time,confining pressure,and dynamic stress ratio.
试验结果表明:粗粒料在偏应力和球应力往返加载条件下的变形可分为往复变形和残余变形两部分,变形与试验的振次、围压、动应力比等因素有关;在偏应力往返加载条件下,往复体应变总为负数,在一个加载周期中,随着剪应力的周期性变化,往复体应变两次达到剪胀最大值。
2) variable stroke reciprocating pump
变形程往复泵
3) reciprocating spray forming
往复式喷射成形
1.
Deposition behavior and movement parameters optimization for reciprocating spray forming tubular;
往复式喷射成形管坯沉积特性及运动参数优化
4) reciprocating fine blanking
往复成形精冲
1.
A new fine blanking technology was proposed,which was named “reciprocating fine blanking technology” on the basis of fine blanking, opposed dies shearing, vibration shaving, reciprocating blanking, in order to break through the limitation of blanked material thickness of fine blanking, therefore to extend the application fields of fine blanking technology.
在强力压边精冲、对向凹模精冲、振动修边和往复冲裁等传统金属塑性加工工艺特点的基础上,提出了往复成形精冲,并对新方法的工艺过程建立了力学模型,进行了数值模拟,旨在突破精冲板厚极限,拓展精冲技术的应用范围。
2.
Based on conventional metal forming technology, such as fine blanking,opposed dies shearing, vibration shaving, reciprocating blanking, a new fine blanking technology was invented for breaking through the limitation of the blanked material thickness of conventional fine blanking,which is named as"reciprocating fine blanking technology".
在吸取强力压边精冲、对向凹模精冲、振动修边和往复冲裁等金属塑性加工工艺特点的基础上,首次提出了往复成形精冲———一种新型的厚板精冲工艺方法,以突破传统精冲技术对加工材料的厚度限制。
5) step reciprocating temperature change
阶梯往复变温
6) variabletraversemotion
变幅往复运动
补充资料：往复
往复 往复 反复往来。《素问·气交变大论》：“阴阳往复，寒暑迎随。”
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