軋制溫度 的英文怎麼說

中文拼音 [yàzhìwēndù]
軋制溫度 英文
rolling temperature
  • 軋 : 軋動詞[方言]1 （擠） press hard against each other; push against2 （結交） associate with; make f...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 溫 : Ⅰ形容詞（不冷不熱） warm; lukewarm; hot; gentle; mild Ⅱ名詞1 （溫度） temperature 2 （瘟） acute ...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 溫度 : [物理學] temperature
  1. Abstract : by analyzing theae factors which influence the reduction process and ferrous powder ' s quality, reduction temperature, reduction time, scale thickness and additive quantity are chosen to discuss their effect on the chemical composition and the crashed property of sponge iron

    文摘:分析了馬鋼軋鋼鐵鱗的原料狀況，選取還原溫度、還原時間、料層厚度和添加劑等工藝因數來研究它們對海綿鐵化學成分和破碎性能的影響規律，為海綿鐵的工業生產提出合理的工藝制度。
  2. The compostion and principles of gas analysis in converter dynamic control are introduced with results in application at masteel for lime consumption and splashing reduction and end point control

    從石灰消耗、減少噴濺、終點碳和溫度控制等方面分析了該技術在馬鋼第一鋼軋總廠轉爐的使用效果。
  3. Based on several exiting mathematical models, an off - line temperature simulation software was developed to improve the control effect on strip head temperature in finishing rolling process and draw up a more reasonable inter - stand spray water cooling scheme

    摘要為了提高熱軋帶鋼頭部終軋溫度命中率，以及確定合理的機架間噴水冷卻制度，結合帶鋼熱軋過程溫度數學模型，開發了精軋區溫度模擬計算軟體。
  4. The explicit finite element method ( fem ) based on the varying time - step was selected to analyse the dynamic roll - pass process ; the nodes on the leading face of the steady - state elements set was extracted and projected onto a plane to give the required mesh, also called the origin mesh ; the implicit fem was selected to analyses the inter - pass transient thermal process ; a geometric part from the mesh was generated and meshed by using the quadrilateral elements, a heat transfer analysis was selected to transfer the node temperature data ; a new model was created by using hexahedral elements, mapping the node temperature and the equivalent plastic strain on the integration points

    利用基於變步長中心差分格式的顯式積分方法分析瞬態軋制過程；提取穩態單元集節點形成截面網格；利用隱式積分方法分析軋制道次間隙瞬態溫度場；對型鋼斷面進行平面四邊形網格劃分並映射節點溫度數據；利用六面體單元構建有限元分析模型，映射單元節點的溫度、積分點的等效塑性應變，進行數值分析。
  5. After an actual rolling process of 2050 mill was simulated by using the model, evolution laws of strain field, temperature field and microstructure were analyzed

    運用該模型對2050現場實際軋制過程進行模擬計算，分析了軋制過程軋件變形場、溫度場及顯微組織的演變規律。
  6. In order to improve the control precision of strip coiling temperature in laminar cooling, the heat transfer in cooling process was analysed from a viewpoint of transfer mechanism, and a mathematical model of air - cooling and water cooling was obtained

    摘要為提高熱軋帶鋼層流冷卻卷取目標溫度的控制精度，根據冷卻過程的傳熱機理，分析了帶鋼層流冷卻的傳熱過程。
  7. In order to research product properties of the cross wedge rolling ( cwr ), a series of rolling experiments have been carried out on two - roller cwr under the condition of considering the variation of the original diameter, deformation temperature, area reduction and heat treatment methods and so on

    摘要為了研究楔橫軋條件下工件的性能，在考慮原始棒料直徑、變形溫度、斷面收縮率以及工件軋后熱處理狀態等的基礎上，利用二輥楔橫軋機進行了系列楔橫軋軋制實驗。
  8. The studying results indicated that : three typical microstructures were abtained when ct20 alloy were annealed under different temperature, that is, equiaxed microstructure ( annealed at t1, t2 and t3 ), bimodal microstructure ( annealed at t4 and t5 ) and lamellar microstructure ( annealed at t6 ). the effect of microstructure on rt tensile properties was weak, while at 20k was notable

    研究表明： ct20合金冷軋態管材通過熱處理可以獲得三種典型的組織類型，即等軸組織（ t1 、 t2和t3制度） 、雙態組織（ t4和t5制度）和片狀組織（ t6制度） ；顯微組織對ct20合金的室溫性能影響不大，而對20k下性能的影響則較明顯。
  9. The influences of the temperature, speed and deformation ratio of rolling during producing composite stainless steel band by inversion casting on the bonding between the mother band and solidified layer were investigated

    摘要針對用反向凝固法生?不?鋼復合帶的工藝，研究了軋制溫度、軋制速度及軋制變形率對母帶與凝固層間結合的影響。
  10. It also simulated the influence and relationship in the transfiguration resisting force, coefficient of he transfiguration resisting force, rolling area, rolling temperature, rolling pressure, loop length, the transition between loop length and loop high

    模擬模擬出了變形抗力、接觸面積、溫度、軋制壓力、活套套量、活套套量與套高轉換等各個模型之間的相互影響。
  11. By differential scanning calorimetry ( dsc ), respectively. without any supplementary method, a ti - rich alloy target ( ti - 48at % ni ) were used to enrich ti content in films during sputtering. as the first step, tini thin film is deposited on a glass substrate by sputtering, and annealed at 600

    採用絲材冷軋法，制備了75 m 、 90 m兩種厚度的tini形狀記憶薄膜，示差掃描量熱（ dsc ）法測得其馬氏體逆相變峰值溫度分別為35 、 109 ，在濺射工藝中，採用富ti的tini合金靶（ ti - 48at ni ）而不是其它成分補償措施，來增加tini薄膜中的ti含量。
  12. The experimental results show that decreasing rolling temperature is helpful in getting the fine austenite grain size in comparison with the conventional rolling deformation temperature, which is a kind of potential technique for improving the general properties of the workpieces

    實驗結果表明：降低軋制溫度有利於得到較細小的高溫奧氏體晶粒，是一種提高工件綜合性能的新工藝。
  13. The system can on - line measure axis tile of electricity temperature, axis tile of decelerate, transfer temperature and oil pressure which can influence equipment working state, at the same time, the system can measure process parameters of f1 - f6 rolling speed, rolling current, rolling voltage and tiny adjust quantity

    該系統能在線監測電機軸瓦溫度、減速機軸瓦溫度、變壓器溫度、油壓等影響正常生產的設備運行狀態，還能監測軋鋼生產過程中的f1 - f6六臺軋機的軋制速度、軋制電流、軋制電壓、軋制力和微調量等過程參數。
  14. Firstly, the distortion of rolled piece and the designing method in the beforehand slit pass and slit pass has been analyzed. secondly, based on the research production of predecessor and research of the author, card system selected some corresponding experience formulas such as roll force, roll moment, roll temperature and roll consume, and established spread model in the beforehand slit pass and slit pass and the distribution model of elongation coefficient. subsequently, card system applied the dynamic programming method with minimum roll consume and optimized its pass system

    本文以圓鋼雙線切分為基本實體模型，著重分析了預切分孔型和切分孔型在軋制過程中的變形特點及相應的孔型設計方法；基於前人的研究成果及作者的探索，選擇了相應的軋制力、軋制力矩、溫度及能耗模型，建立了預切分和切分的寬展及延伸系數的分配模型；應用動態規劃法以能耗最小為目標函數對孔型系統進行了優化設計；利用visualbasic6 . 0和microsoftaccess數據庫的連接，建立了數據查詢系統，以visualbasic6 . 0和autocad之間的介面在vb環境下完成了斷面孔型圖的繪制。
  15. Simulated rolling force, temperature value and microstructure are of good agreement with the measured results

    模擬得到的軋制力能參數、溫度、組織分佈與實測數據基本一致。
  16. The results show that the bonding is good when the temperature, two passes deformation ratio of rolling are 1 250 c, 50 % respectively

    結果表明；軋制溫度為1250c 、兩道次的軋制變形率為50 %時，界面結合較好。
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