齒面干涉 的英文怎麼說

中文拼音 [chǐmiàngānshè]
齒面干涉 英文
flank interference
  • : Ⅰ名詞1 (牙; 牙齒) tooth 2 (物體上齒形的部分) a tooth like part of anything 3 [書面語] (年齡...
  • : Ⅰ名詞1 (頭的前部; 臉) face 2 (物體的表面) surface; top 3 (外露的一層或正面) outside; the ri...
  • : 干Ⅰ名詞1 (事物的主體或 重要部分) trunk; main part 2 (幹部的簡稱) short for cadre Ⅱ動詞1 (做...
  • : Ⅰ動詞1 (徒步過水 泛指從水上經過; 渡) wade; ford 2 (經歷) go through ; experience 3 (牽涉) i...
  1. Based on the computer geometrical models of straight bevel gears built, a iso - parametric tool path algorithms which was fit for the machining of multiple surfaces has been designed. the algorithms can solve the problems which exist in machining multiple non - rectangle parameter surfaces and avoid the calculation of sufaces intersection

    在建立直圓錐輪計算機模型的基礎上,提出了適于多曲加工的等參數線刀軌生成演算法,避免了在對多張相鄰非矩形參數域進行加工時所產生的問題,而且曲無需求交,使得計算成本下降。
  2. A new method of intersection interference analysis for real tooth surface

    一種真實相交分析的新方法
  3. The profile equation of whole profile meshing is worked out by the meshing theory, and the numerical calculation program of the new profile is accomplished. the 3d modeling of the gear rotor and the movement simulation of the gear assembly system are realized. the interference and sidegap of gear meshing are analysed by 3d modeling of the gear, so it can be judged that the gear profile is right whether or not before machining

    運用輪嚙合原理,推導出全封閉廓嚙合型形方程,完成形相應的數值計算程序,並對輪轉子進行三維實體造型及輪裝配體運動模擬的研究;用輪三維造型來進行裝配模擬並分析嚙合副裝配的和側隙,在加工前就能對廓形狀的正確與否進行判斷。
  4. Secondly, in order to improve the effective of machining process, for the tool - path planning, this system come up with a way which both tool arm coordinate the movement in the same time, and used the process pattern of move toward opposite side and cutting in row, avoided the cutting tool interference effectively ; for this tool - path this paper use the way of making the cutter contact data by the second development of solidworks, and gained the cutter location data through the interference check

    其次,為了提高磨削效率,在刀具路徑規劃方,採用了雙刀協調運動、相向走刀加工的加工方式,採取變形的「之」字形走刀模式,從而有效的避免了刀具,提高了加工效率。並針對上述的加工方式,對刀位軌跡生成演算法進行了研究,根據機構的特性,基於截法生成刀具軌跡,通過solidworks的二次開發來獲得牙模型的三維表數據,再利用檢查生成無刀位點數據。
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