針編弧 的英文怎麼說

中文拼音 [zhēnbiān]
針編弧 英文
needle loop
  • : Ⅰ名詞1 (縫衣物用的工具) needle 2 (細長像針的東西) needle like things 3 (針劑) injection; sh...
  • : Ⅰ動詞1 (編織) weave; plait; braid 2 (組織; 排列) make a list; arrange in a list; organize; gr...
  • : 名詞1. [數學] (圓周的任意一段) arc2. (古代指弓) bow
  1. Third, it puts forward the logarithmic spiral failure surface bishop steep reinforced slope limit equilibrium stability analysis method. this method is used to calculate the engineering living example and compared with the calculations of the engineering living example and compared with the calculations of the swedish circle method and proved applicable

    第三,本文對加筋陡坡潛在破裂面矢徑隨路堤深度而增加的特點,提出用對數螺旋線作滑動面的畢肖普法進行穩定分析,制了穩定分析程序,並對工程實例進行了分析計算,將計算結果與瑞典圓法分析進行比較。
  2. The off - line program system based on cad / cam for dispensing robot is designed on the computer. in the module of trajectory planning, preliminary discussion is done about the shortest loop path and an algorithm of solving this problem is provided ; in the module of back procedure, dda ( digital differential analyzer ) is adopted in line, circle and ellipse interpolation. at last the protocol transferring program data to robot from off - line system is analyzed

    在離線程的系統的設計中,實現了cad的建模、點膠軌跡的程序示教、工藝參數輯、軌跡規劃、後置處理等功能,並在規劃模塊中對平面內不規則排列點進行點膠的軌跡規劃進行了初步探討,採用圖論的方法,給出滿足實際要求且演算法復雜度較小的最短閉合迴路的程序演算法;在離線程系統的後置處理模塊中,介紹了直線、圓、橢圓的dda插補方法以及脈沖分配不均勻的改進方法;最後對通信協議的制定進行了分析。
  3. For circle failure surface, this paper uses ga ' s theory to search the center of a circle and the radius of it separately, and based on simple bishop method to compute the safety factor ( f ), and compiled program successfully

    對圓形滑動面法,採用嵌套式的遺傳演算法分別對滑動圓的圓心、半徑進行遺傳進化搜索,基於簡化bishop原理進行穩定系數的計算,成功的制了程序。
  4. To develop our intelligent arc welding off - line programming system and meet the needs of the remote welding application, the studies of the basic supporting techniques in the robotic offline programming and simulation system and the computer aided programming techniques in the arc welding application are carried out in this dissertation

    智能化正成為離線程系統的發展趨勢,為研製出智能化的焊離線程系統及滿足遙控焊接的需要,本文對機器人離線程與模擬系統的基本支撐技術以及焊應用中的輔助程技術進行了研究。
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