鍛造過程 的英文怎麼說

中文拼音 [duànzàoguòchéng]
鍛造過程 英文
forging process
  • 鍛 : 動詞（把金屬加熱后捶打; 鍛造） forge
  • 造 : Ⅰ動詞1 （做; 製作） make; build; create; produce 2 （假編） cook up; fabricate; concoct 3 [書面語...
  • 過 : 過Ⅰ動詞[口語] （超越） go beyond the limit; undue; excessiveⅡ名詞（姓氏） a surname
  • 程 : 名詞1 （規章; 法式） rule; regulation 2 （進度; 程序） order; procedure 3 （路途; 一段路） journe...
  • 鍛造 : forge; forging; smith forging; smithing; hammering; blacksmithing
  • 過程 : process; procedure; transversion; plication; course
  1. This product is a new - generation initiatory toy for baby ; 2 、 guide baby to correctly know various geometries such as triangle, hemicycle, rectangle etc. 3 、 train baby ' s ability of practice and thought ; 4 、 arouse baby ' s imagination so bring into play creativity during actual operation

    本產品是新一代的幼兒啟蒙玩具； 2 、可引導寶寶對三角形、半圓形、長方形等各種幾何形狀的正確認識； 3 、鍛煉寶寶的動手動腦能力； 4 、激發寶寶想象力，從而讓寶寶實際操作過程中發揮創造力。
  2. Guide baby to correctly know various geometries such as triangle, hemicycle, rectangle etc. 2 、 promote baby ' s coordinate ability of hands, eyes and brain. 3 、 train baby ' s patience and ability of practice and thought. 4 、 stimulate baby ' s imagination and skill of space combination. 5 、 thus bring into play creation during practical operation

    引導寶寶對三角形、半圓形、長方形等各種幾何形狀的正確認識； 2 、促進寶寶手、眼、腦協調能力； 3 、鍛煉寶寶的耐性及動手動腦能力； 4 、激發寶寶想象力，空間組合能力； 5 、從而在實際操作過程中發揮創造力。
  3. 3d coupled thermo - mechanical fem simulation of forging process of tc4 alloy workpiece

    4鈦合金鍛件鍛造過程三維熱力耦合有限元模擬
  4. A finite deformation finite element algorithm based on finite deformation theory of symmetrical mode was presented

    摘要文章導出一種基於歐拉描述的有限變形軸對稱有限元計算方法，並用其模擬轉向節的鍛造成形過程。
  5. An experiment of the scaled down fmv forging process is carried out under the conditions of different high reduction and different speed of upper anvil in order to verify the redeveloped deform3d, the constitutive relation inserted in deform3d and the material constitutive parameters

    根據大型汽輪機轉子的實際鍛造過程，完成了幾種不同的壓下量和變形速度的按比例縮小的fmv拔長工藝模擬試驗。
  6. Numerical simulation on the semi - solid forming process of an impeller

    葉輪半固態擠壓鍛造過程數值模擬
  7. According to simulation results we decide the location of parting face and cooling system 、 the shape and location of runner and gating system etc. after that we take the az91d magnesium alloy shell of motorcycle engine as an example to proceed fine factors ( plunger injection speed 、 pouring

    然後以az91d鎂合金摩托車發動機外殼為例，進行五因素（壓射速度、澆注溫度、鍛造時間、壓射比壓、鍛造壓力）四水平l16 （ 45 ）正交實驗，在普通壓鑄過程中關閉鍛造功能。
  8. It is shown that this algorithm is suitable for simulating the metal forging process

    模擬鍛造和試驗結果吻合，證明該計算方法用於模擬轉向節的鍛造成形過程可行。
  9. The technology is focusing on the research and brainstorm of key problems in the application process of hot coal gas in the industrial furnace and it has got good energy conservation and environment protection effect on the practical used in over 20 furnaces on the industry of heat treatment, forging and steel rolling and so on

    該項技術是針對熱煤氣在工業爐上應用過程中存在的主要問題，展開的研究及攻關。現已在熱處理、鍛造、軋鋼等行業20多座工業爐上實際應用，取得了良好的節能環保效果。
  10. Taking the radial forging process of the rd2 axle for example, the characteristics of the forging heating and forging craft and radial process in sliding method have been analysed with establishing the sliding field code and doing a speed diagram of the radial forging deformed process

    摘要以rd2車軸徑向鍛造為例，分析了其鍛造加熱及鍛造工藝的特點，並且用滑移法分析徑向鍛造變形過程，建立了外摩擦影響下的滑移場模式，並做出了與之相對應的速端圖。
  11. Study on method conversion of direct torque control

    軸承套圈鍛造過程的計算機模擬研究
  12. The multi - stage forging process of a gas turbine compressor blade is simulated using 3d coupled thermal - mechanical rigid - viscoplastic finite element method

    摘要利用熱力耦合剛塑性有限元法，對某重型燃機葉片的多工步鍛造過程進行了數值模擬研究。
  13. As a result, the metal flow pattern during forging process is analyzed and distributions of some thermomechanical field variables such as temperature 、 stress and strain are obtained, through which the forming laws during forging process of a gas turbine compressor blade are revealed

    通過有限元數值模擬，分析了鍛造過程中的金屬流線分佈，得到了溫度場、應力應變場等熱力參數的場量分佈，從而揭示了葉片鍛造的變形機理。
  14. Based on the constitutive relationship coupled microstructure evolution, 3d - fe simulation of isothermal forging process of tc6 titanium alloy disc is performed dealing with different deformation temperature, punch velocity and shear factor of friction, effect of process parameters on equivalent strain, equivalent stress and grain size is calculated, and load - displacement curve is calculated

    本文基於微觀組織演變的本構關系模型，對不同變形溫度、凸模速度和摩擦條件下鈦合金盤的等溫鍛造過程進行了三維數值模擬，研究了變形工藝參數對等效應變、等效應力和晶粒尺寸的影響，計算了各變形條件下的位移?載荷曲線。
  15. The temperature field of the huge stream turbine rotor during free forging is numerically simulated with different process parameters. the purpose is to find out a set of optimum process parameters so that the temperature of the rotor center does not exceed the limit temperature of abnormal grain growth which is about 1100c

    對大型汽輪機轉子鍛造過程中的成形火次進行了溫度場的數值模擬和優化，得到了控制轉子鍛件心部溫度不超過1100的工藝參數，為實際生產解決混晶問題提供了參考數據。
  16. Familiar with railway electrification, contact line system, processes such as mechanics, plastics, founding, forging, molding etc

    熟悉鐵路電氣化、接觸網系統、機械、材料、鑄造、鍛造、模具等加工過程。
  17. After a decade of development, zhongtian has become a leading company in the region. it owns 90, 000 sq - ft manufacturing facility and employs about 200 employees, including a number of experienced engineers and technicians. the company is currently equipped with an array of precision machinery including forging and hot pressing equipment, nc lathes, and other related testing equipment

    經過近10年的艱苦努力，公司現佔地8000平方米，現有員工200餘人，並薈萃了一大批各有專長的技術工程設計人員，擁有一系列國內高精度的銅件鍛壓鑄造金加工及相關的檢測設備，並不斷地引進國內外先進的銅件製造技術及管理模式。
  18. In the making process we use hot - forging warm - forging cold extrusion forming and magnetic annealing processes to completely solve the problem of complex form hign precision dimensions difficult manufacturing lower power and so on. what s more, part surface is very smooth with no trimmed margin, continuous flowing metal fiber, high strength, lower noise. forged claw poles obviously increase generator s power and life, and also improve finished product rate of roughness

    在製造過程中採用了熱鍛溫鍛冷擠壓成型及磁性退火等先進生產工藝徹底解決了精鍛「爪極」形狀復雜尺寸精度高製造難度大功率低等問題，且產品表面光潔無飛邊金屬流動纖維連續毛坯強度大噪音低，明顯提高了發電機的功率和壽命，並且提高了毛坯成品率。
  19. The forging process of steering bar was simulated by using this algorithm, much informations about steering joint forging process were in good accordance with the experiments

    將模具處理成剛體，轉向節坯料看作彈塑性體，探索了轉向節在鍛造成形過程中材料的流動規律。
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