1) Side milling generation
侧铣创成
2) side milling
侧铣
1.
Error analysis for 4-axis side milling;
四坐标侧铣加工中的误差分析
2.
A new algorithm for generating tool axis vector was presented,and the 4-axis NC side milling method was further developed.
讨论了直纹面逼近自由曲面的算法,提出了一种新的刀轴矢量计算方法,并基于直纹面给出了开式整体叶片通道四坐标侧铣粗加工数控编程方法,规划出了无干涉的刀位轨迹。
3) cylindrical milling
侧铣
1.
Based on the practical work,a new manufacturing method,that is the cylindrical milling method of divide area,is presented in the paper.
根据科研工作实际,提出了一种新的整体叶轮数控加工方法—分片侧铣法,利用该方法可有效地提高叶轮的加工效率和质量,并给出了基于该方法的加工实例。
2.
Based on the practical work,a new manufacturing method,that is the cylindrical milling method of divide area, is presented in the paper.
并介绍了一种新的加工方法———分片侧铣加工法 ,利用该方法可有效地提高加工效率和叶轮质
3.
The research improvement of the turbocharger impeller NC manufacturing technology in the oversea and domestic field was reviewed,and a new manufacturing method by using the cylindrical milling method of divide area was presented.
分析了国内外增压器叶轮数控加工的研究现状,介绍了一种新的叶轮数控加工方法——分片侧铣加工法。
4) flank milling
侧铣
1.
Five-axis CNC flank milling method of integral impeller;
整体叶轮五轴侧铣数控加工方法的研究
2.
New cutter-location optimization algorithm and error analysis for five-axis flank milling of integral impeller;
整体叶轮五轴侧铣刀位优化新算法与误差分析
3.
To improve the efficiency of machining turbine blade, a method of flank milling machining instead of traditional machining is proposed in this paper, and calculating formula including made machining tool position and control method of error of blade flank milling are educed.
为提高涡轮叶片的加工效率,提出了一种侧铣加工方法代替传统的加工方法,并给出了叶片加工刀位生成、叶片侧铣误差的控制算法。
6) flank milling on divided piece
分片侧铣
1.
Generation of cutter path for integral impeller processing with method of flank milling on divided pieces;
分片侧铣加工整体叶轮刀位轨迹的生成
补充资料：侧侧
1.多貌。 2.寒貌。 3.象声词。叹息声。 4.指其他声音。
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