斷屑刀片 的英文怎麼說

中文拼音 [duànxièdāopiān]
斷屑刀片 英文
steel swarf-removing tool
  • : Ⅰ動詞1 (分成段) break; snap 2 (斷絕;隔斷) break off; cut off; stop 3 (戒除) give up; abstai...
  • : Ⅰ名詞(碎末) bits; scraps; crumbs Ⅱ形容詞(瑣碎) trifling Ⅲ動詞(認為值得) think sth. worth doing
  • : Ⅰ名詞1 (切、割、削、砍、鍘的工具) knife; sword 2 (形狀像刀的東西) sth shaped like a knife 3 ...
  • : 片構詞成分。
  • 刀片 : 1 (刮鬍刀片) razor blade2 [機械工程] (片狀零件) (tool) bit; blade; cutter blade; fly bar刀...
  1. Web - based machining chip - breaking predictive system of three - dimensional grooved inserts

    基於網路的三維槽型預報系統研究
  2. The study of insert groove on chip - breaking mechanism

    槽型對性能的實驗
  3. Improving design of chip groove for indexing cutter blade

    可轉位槽的改進設計
  4. Fea of the broken processing of the insert with complex three - dimension chip - breaker

    復雜三維槽型過程有限元分析
  5. Steel swarf - removing tool

    斷屑刀片
  6. Prediction of the breaking area of 3 - d chip former using rbf neural networks

    神經網路在可轉位三維槽型范圍預測中的應用
  7. The influence of coat on chip - breaking performance of cutting tools and theoretical analysis

    塗層對性能的影響及理論分析
  8. Classification and designation of approximate chip control zones for indexable inserts with chipbreakers

    槽可轉位近似切控制區的分類和代號
  9. Classification and designation of approximate chip control zones for indexable inserts with chipbreakers iso 10910 : 1995

    器的可換位的近似切控制范圍的分類和命
  10. Hardmetal insert tooling - classification and designation of approximate chip control zones for indexable inserts with chipbreakers

    鑲硬質合金具.第22部分:帶器的分度近似切控制范圍分類和設計
  11. This problem mainly involves two parts. of course, there are many factors affecting chip ' s type, but the most important factor is tool ' s groove type. so it is necessary to study tool ' s groove

    控制最主要的兩個方面是切和切處理,而在影響切形成與折的諸多因素中,槽型的影響最大,所以,研究槽型是十分必要的。
  12. In a word, by chip ' s forming and breaking simulation and virtual reality system, can we connect the initial parameters of machining with different parameters of chip ' s forming and breaking. namely, we can get different vivid chip ' s types from

    本系統能嚴格實現切削加工初始條件與切形成、折之間的數據對應,即由不同的初始加工參數(包括描述槽型的參數)能得到各種形象、逼真的切類型,從而實現槽型優選,為解決切控制問題提供了一種良好的方法。
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