Clearance between tube and various dies is of great importance to influence forming limit and quality during thin-walled nc bending process.
管材与不同部位模具间隙是影响薄壁管数控弯曲过程成形极限和成形质量的重要因素。
The mandrel(including flexible balls) is the key to improving the forming limit and forming precision in thin-walled tube NC bending process.
薄壁管数控弯曲中带芯头的柔性芯模是提高薄壁管件成形极限和成形精度的关键因素。
The nc tube bending process is one of the advanced tube bending technologies, and its high effective application needs the corresponding software to support its performance.
管料的数控弯曲是一种先进的管弯曲塑性加工技术，而数控弯管技术的高效应用需要相关的软件支持。
Based on this process knowledge database, the springback Angle could be obtained by using CBR which makes the number of experiment reduce and elevations the efficiency of nc tube bending.
在数控弯管工艺知识库的基础上，通过运用CBR方法，得到了弯管回弹角，减少了试弯次数，提高了数控弯管效率。
The process knowledge database of nc tube bending was designed by analyzing the influence of process parameters and dies on the forming of tube.
通过分析弯管各个加工参数及模具对弯管成形的影响，设计了数控弯管工艺知识库。
The NC tube bending process is complicated, and the efficient management of its data forms an important foundation for achieving its precise formation digitization and process planning automation.
数控弯管工艺过程复杂，对数控弯管工艺数据进行有效管理，是实现数控弯管精确成形数字化和工艺规划自动化的重要基础。
The NC tube bending process is complicated, and the efficient management of its data forms an important foundation for achieving its precise formation digitization and process planning automation.
数控弯管工艺过程复杂，对数控弯管工艺数据进行有效管理，是实现数控弯管精确成形数字化和工艺规划自动化的重要基础。
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