cutting force 中文意思是什麼

cutting force 解釋
割削力
  • cutting : n 1 切斷，切下；切片；【園藝】扦插，插條；〈英國〉剪裁，（報紙等的）剪輯；（寶石等的）加工，琢磨...
  • force : n 1 力，勢。2 體力，氣力，精力，魄力。3 暴力，壓力；兵力，武力。4 〈pl 〉 部隊，軍隊，兵力。5 勢...
  1. The frozen coal destruction is the tension stress destroys, and establish the frozen coal cutting model in this foundation, obtains the cutting force, feeding force, tooth spacing according to the smallest energy principle. bring forward a rotary drilling mothod to unload the frozen coal, the broken ability is strong, without frozen depth limits, then obtains this machine working parameters, has combined this method with a grab and determined the plane of vehicle - carried rotary drilling movable coal - unloader

    凍煤破壞是拉應力破壞，在此基礎上建立了凍煤的切削模型，根據最小能量原理得到截割力，進給力和截齒間距的計算公式，分析得到截割力與切削厚度成正比，隨著前角的增大而減小;截齒最優截距與截齒尺寸有關且與切屑厚度成正比;進給力隨著截齒前角增大而增大的規律。
  2. The model - free pid control method with neuron tuning gain and the neuro - fuzzy control method for a constant cutting force metal turning process system are proposed. the former method keeps the cutting force to be constant by using the neuron to change the pid controller gain on - line. the latter method construct the fuzzy neuron controller by combing the fuzzy controller and the neuron controller

    針對具有非線性和不確定性的機械加工切削過程，提出了神經元增益自整定的pid控制方法和模糊神經元非模型控制方法，前者採用神經元來在線調整pid控制器的增益，後者將模糊控制器和神經元控制器相結合構成模糊神經元控制器，這樣當對象特性隨切削深度的變化而變化時，所設計的控制器能保持切削力恆定，使系統穩定並具有滿意的動態品質。
  3. Cutting force modeling in turning based on cutting parameters and tool condition

    基於切削參數和刀具狀態的車削力模型
  4. A cutting force model in turning on cutting parameters ( the depth of cut, feed rate, workpiece material and tool material ) and tool condition ( focusing on tool flank wear ) was developed

    摘要建立刀具狀態監控特徵量與切削參數及刀具狀態之間的定量或定性關系是實現刀具狀態監控系統的基礎。
  5. The tension force, shear forces ( including pushing force, cutting force and friction force ), impulse force, hydrodynamic drag on the suction pipes, and the force resulted from the pressure difference, etc, are the main forces for detail discussion in this paper

    詳細討論了主要作用力：在波浪補償器作用下的纜繩拉力、耙頭與海床間的土壤剪切力、作用在耙吸管上的水流阻力及由於壓力差在耙頭處產生的推動力等。
  6. The design of cutting force test and data processing

    車削力試驗設計及數據處理
  7. The article studies a virtual fine boring system and its cutting data and presents a method to calculate the coefficient of cutting force when boring super - hard steel

    摘要研究了實際的精密鏜削系統及其切削數據，用計算方法探討了用於計算超硬鋼鏜削切削力的系數。
  8. By using high toughness fiber and fine grit which combined by special bond, the products are used to clean metal surface and cycle angles, grinding stainless steel with special grit grains, and will not make dark spots one the workpeice surface, and will not change the size of the the workpeice. it has high cutting force and long life time ( having different colors )

    採用高韌度纖維和精選礦砂再經由特製粘膠復合而成，該產品用於清除金屬刺和磨圓邊角，研磨不銹鋼特別砂紋，絕對不會燒黑工件表面，不會改變工件尺寸，有特強的高切削力和耐用等特點（配備紅灰兩色） 。
  9. Property : it is white and harder and more brittle than a. it features strong cutting force and steady chemical property and execllent insulation

    白剛玉性能：白色，較棕剛玉硬而脆，切削力較強，化學穩定性好，具有很好的絕緣性。
  10. Property : it is white and hard and more brittle than a. it features strong cutting force and steady chemical property and excellent insulation

    白剛玉磨料性能：白色、較棕剛玉硬而脆，切削力較強，化學穩定性好，具有很好的絕緣性。
  11. On the basis of cutting force model and vibration model of machine tools structure, the effect of the regenerative chatter on the stability of end milling is focused

    存得到切削力模型和機床結構振動模型的基礎上，著重研究了再生型顫振對銑削加工過程穩定性的影響。
  12. The three major types of machining error are geometric, thermal and cutting - force induced error. at the present time, error compensation model usually aims at single type of error and is used for the specific machine tool. this paper develops a universal synthetical model of error compensation for three - axis numerical control ( nc ) machine tool, which can be updated on time when manufacturing surroundings is changed

    論文廣泛研究了機床誤差補償技術目前的發展狀況，針對目前誤差補償系統存在的不足（諸如大多為單項誤差補償、通用性較差，模型多為靜態等） ，提出了機床綜合誤差的補償策略，以三軸數控機床為例建立了綜合誤差補償系摘要統，系統的誤差模型可實時更新，該補償系統可直接移植到多軸加工系統中。
  13. Considering the die - cavity roughing being a 2. 5d cutting, a novel cutting force surface model is created based on orthogonal cutting tests

    鑒于模具型腔粗加工常採用2 . 5維加工，提出一種通過正交切削試驗建立切削力曲面模型用於模具型腔粗加工進給率優選的新策略。
  14. Based on the cutting force surface model, a polynomial equation of side cutting depth and feedrate is created to calculate the feedrate of each cl data and the calculated feedrate value is written out with the g - code position data block to an updated version of the die - cavity

    基於切削力曲面模型，採用多項式擬合的方法構建刀具在許可切削力下的側向切深和進給率的方程，根據建立的方程計算每個刀位點處的進給率並反寫到初始的g代碼文件中。
  15. A research on virtual analyzer of cutting force and its implementation

    虛擬測力儀的研製
  16. The test results in the no - tillage fields with corn rootstalks shown that the sample machine has a good ability to cut and dig corn rootstalks only in the seed beds so that the new no tillage planter can create a good condition of seed bed and have lower power consume. 2 system experiment is conducted to investigate the mechanical properties of rootstalks and soil rootstalk composite. the experiment results include : ? he maximum cutting force decreased exponentially with increasing cutting speed and the moisture contents of rootstalks

    通過對新型免耕播種機的田間生產試驗，證明了切挖處理播種帶玉米根茬原理可行，所開發的機具結構新穎，具有創新性；該機不但能創造無根茬的良好種床條件，有利於種子生長發芽，而且不需大量粉碎根茬，因而擾土量少、整機消耗動力小、破茬入土能力強，有利於充分發揮保護性耕作的優勢。
  17. The cutting power of ball - end milling cutting tool is the base of choosing machine tool, cutting tool, clamp tool and realizing the optimizing of milling technical parameters and the cutting force fluctuating is one of the main aims of the cutting tool choice. in this paper, we studied the cutting force of ball - and milling based on theory and test, as realized the cutting tool choice based on the least cutting force fluctuating

    由於球頭銑刀是復雜曲面加工的主要刀具，球頭銑刀切削力是選擇機床、刀具、夾具及實現銑削加工工藝參數優化的基礎，切削力波動又是刀具軌跡優選的主要目標之一，故本文對球頭銑刀的切削力進行了理論與試驗研究，實現了基於切削力波動最小的刀具運動軌跡優選。
  18. Good toughness and wear resistance, suitable for low speed cutting allowing a big rake angle, ensuring the sharpness of the edges, bearing a heavy cutting force and achieving good surface finish

    具有優良的韌性和耐磨性，適用於低速切削，允許採用大前角，保證刀刃的鋒利性，從而可隨大的切削力，並獲得光潔度高的表面。
  19. The punch can make lateral movement automatically with easy operation, strong cutting force, bimanualness and high safety

    沖頭可自動橫移，操作省力，裁斷力強，雙手操作，安全性高。
  20. It has strong cutting force, good cutting force, good cutting quality and chigh efficiency, being applicable for utting paper of various specifications and extensively used in such industries as paprt, carton, leather, plastics, food, etc

    本機具有裁切力大裁切質量好工作效率高等特點，適用於印刷行業裁切各種規格紙張，並廣泛應用於造紙紙箱皮革塑料和食品行業。
分享友人
分享到 Line

分享到臉書