鋼坯加熱爐 的英文怎麼說

中文拼音 [gāngpījiārèlú]
鋼坯加熱爐 英文
billet heating furnace
  • 鋼 : 鋼名詞（鐵和碳的合金） steel
  • 坯 : 名詞1 （未經燒制的磚、瓦、瓷等的製品） base 2 （土坯） unburnt brick; earthen brick; adobe 3 [方...
  1. Intermediate frequency furnace ? continuous casting billets ? heated by heating furnace ? rough rolling ? head and tail end cutting ? intermediate rolling ? head and tail cutting ? finish rolling ? water cooling treatment ? multiple - length cutting and dividing ? cooling on the cooling bed ? cutting - to - length by cold shear ? collecting and bundling ? to warehouse

    中頻熔爐連續的鑄件鋼坯重復加熱的熔爐粗軋頂端和尾端切斷中間壓軋頂端和尾端切斷完成壓軋水冷處理多功能的長度切割和分段在冷床上冷卻冷卻后冷剪長度聚集捆包運到倉庫。
  2. Importance and means of signal measurement and processing in control of three main electric and mechanical equipment for walking beam heating furnace are discussed, the discussion includes time filtering processing of digital signal, measuring signal processing and measurement fault judging of translation stroke in charging machine and discharging machine, translation stroke measurement of walking beam and measuring method of slab output quantity

    摘要論述了步進梁加熱爐的三個主要電氣機械設備控制中信號檢測和處理的重要性及方法，包括四個方面：數字信號的時間濾波處理，裝鋼機、出鋼機的平移行程檢測信號處理和測量故障判斷，步進梁的平移行程檢測，板坯流出量的檢測方法。
  3. Qualified molten steel from the steelmaking furnace will be contained in ladle and conveyed to continuous caster, poured into crastyllizer through pouring basket, then handled with the processes of vibration, water spraying cooling, straightening, roll conveying, flame cutting, and cooling on cooling bed, finally the formed billets will be stored at the stockyard or directly sent to the heating furnace of rolling mill for heating

    煉鋼爐冶煉出合格的鋼水，用鋼水包送至連鑄機，經中間包澆注到結晶器，再經振動水噴淋冷卻拉矯輥道輸送火焰切割冷床冷卻，最後存放于鋼坯堆放區或直接送至軋鋼機加熱爐進行加熱。
  4. Abstract : heating curves of billet for heavy rail in reheating furnace are measured by use of dragging coupling methods. effects of fuel consumption, furnace temperature and heating time on billet temperature are studied and current thermal schedule of reheating furnace is evaluated, which provides the basis for optimizing and improving thermal schedule of reheating furnace

    文摘:運用拖偶法測量了重軌鋼坯在軌梁加熱爐內的升溫曲線，分析了燃料消耗、爐溫與加熱時間對鋼坯溫度的影響，評價了現行的加熱爐熱工制度，為優化、完善加熱爐熱工制度提供了依據。
  5. The thesis emphasis the way and arithmetic of the key equipment of walking reheating furnace : loader machine, unloader machine, walking system, series transfer roll, control system of burning and tracking of steel billet, . make use of the system, we can carry out the function of transferring measuring and weighting, detecting, loading and unloading tracking the steel billet, we can control process of burning and exchange data each other to track the steel billet and manage the process over all of product line. goals of reheating furnace ' s producing process such as high yield, low consuming and pollution, automatic operating mode are achieved

    本文著重研究了步進式加熱爐關鍵設備如：裝鋼機、出鋼機、步進梁、爐前爐后輥道、燃燒控制、板坯物流跟蹤等控制對象的具體控制軟體流程、速度控制曲線、行程計算等具體控制策略和演算法，完成了攀鋼1450熱軋加熱爐基礎自動化系統（ l1 ）和熱工儀表的一級控制，實現板坯輸送、測量、裝出料、物流跟蹤、加熱爐燃燒控制以及板坯庫的數據信息交換，通過plc和二級計算機系統進行順序、定時、聯鎖與邏輯控制，實現了操作自動化與物料系統的全線跟蹤管理。
  6. Because mechanism modeling is very complex and the data for identification modeling ca n ' t often obtain easily, the writer present a thought to establish the mathematical model of transient temperature field of iron bodies. the thought is that using mechanism modeling to set up temperature prediction model for surface of iron bodies and using identification modeling to calculate temperature field of iron bodies

    本文針對機理建模的復雜性和辨識建模實驗數據獲得的困難性，提出了使用機理建模和辨識建模相結合的辦法建立加熱爐鋼坯溫度場數學模型思想，即，利用辨識建模的方法（使用動態bp網路建模）建立鋼坯表面溫度預報模型，在此基礎之上使用機理建模的方法（利用有限差分法建模方法）建立溫度場的預報模型。
  7. Thermal and structure character of straight reheating furnace were analyzed in csp technological process. coupling with heat conduction differential equations of the thin slab and the furnace lining, the mathemat ical model of heat transfer is established in the long one dimension furnace by using zone method for making the model of radiant heat transfer. the effect of the moving velocity and kinds of the slab on temperature distribution in the furnace is discussed based upon the solutions to the mathematical model

    通過分析csp工藝中直通式輥底加熱爐的熱工及結構特性，採用區域法建立爐內輻射換熱數學模型，與加熱爐內連鑄坯及爐襯的一維導熱方程相耦合，建立長一維直通式輥底加熱爐爐內傳熱數學模型.通過對數學模型的求解，研究分析了不同的薄板坯移動速度及鋼種對加熱爐爐內溫度分佈的影響
  8. The slab target temperature function of optimizing temperature decision of heating furnace and its solution method for delay rolling were introduced

    摘要介紹了鋼坯加熱爐優化待軋爐溫決策的目標函數及求解方法，並提出了運用在實際控制系統中的一種優化待軋爐溫解決方案。
  9. It has been proved by on - line test that better control effect can be obtained by applying different intelligent control strategies to the different controlled factors of rolling reheating furnace

    經過對某軋鋼廠的現場調試，證明針對影響鋼坯加熱爐爐溫的不同的因素，採用不同的智能控制策略，能夠取得較好的整體控制效果。
  10. In order to realize the optimum control of the temperature in the billet reheating furnace, the fuzzy control and expert control of the fuel flow, the optimization extreme of the air / fuel ratio, and the fuzzy pi control of the pressures in furnace are discussed

    摘要為了實現鋼坯加熱爐爐溫的優化控制，研究了燃料流量的模糊專家控制，空燃比的極值尋優以及爐膛壓力的模糊pi控制策略。
  11. Billet from continuous caster will be stored at stockyard or directly sent into the heating furnace in rolling line for heating, then sent by roll tables to roll mill trains for rolling and shaping, then finished products can be obtained after cooling

    由連鑄機澆鑄成的鋼坯，存放于鋼坯堆放區或直接送至與軋鋼機配套的加熱爐進行加熱，然後由輸送輥道送至軋鋼機組進行軋製成型冷卻而成所需的鋼產品。
  12. Abstract : the heating process of the round steel billet in the annular furnace was researched by the method of the thermal state simulating experiment. the test was carried out synchronisticly at the site. according to the results of the experiment and actual measurement, the mathematical pattern was connected, and the amended parameters of the thermal flow were given out correctively

    文摘:應用熱態模型試驗的方法對環形加熱爐圓鋼坯加熱過程進行了研究.在此基礎上，進行了現場測試，根據實驗和實測結果，對數學模型進行了修正，給出了不同條件下的熱流修正系數
  13. Through the analysis of heat - transfer process of the slab in reheating furnace, the numerical simulation of the temperature within the slab was carried out with the finite difference method, and an optimized mathematical model for heating - up process curve in a reheating furnace was given by using the flexible tolerance optimization method

    摘要通過對鋼坯在步進式爐內傳熱過程的分析，採用有限差分方法對鋼坯內溫度進行數值模擬，用可變容差優化方法建立了鋼坯最優加熱數學模型。
  14. The new technologies of heating steel slab billet using natural gas as fuel and regenerative combustion way are mainly described, as well as obvious energy saving results are gained

    摘要著重敘述了用天然氣作燃料，採用蓄熱式燃燒方式加熱鋼板坯的新技術，以及加熱爐取得了顯著節能效果。
  15. In addition, the writer studies optimize control based on intellect predicting of temperature field of reheating furnace iron bodies

    另外，作者還對基於鋼坯溫度場智能預報的加熱爐最優控制進行了研究。
  16. Abstract : thermal and structure character of straight reheating furnace were analyzed in csp technological process. coupling with heat conduction differential equations of the thin slab and the furnace lining, the mathemat ical model of heat transfer is established in the long one dimension furnace by using zone method for making the model of radiant heat transfer. the effect of the moving velocity and kinds of the slab on temperature distribution in the furnace is discussed based upon the solutions to the mathematical model

    文摘:通過分析csp工藝中直通式輥底加熱爐的熱工及結構特性，採用區域法建立爐內輻射換熱數學模型，與加熱爐內連鑄坯及爐襯的一維導熱方程相耦合，建立長一維直通式輥底加熱爐爐內傳熱數學模型.通過對數學模型的求解，研究分析了不同的薄板坯移動速度及鋼種對加熱爐爐內溫度分佈的影響
  17. Considering at the difficulty that the temperature of slab in reheat furnace is immeasurable, an adaptive temperature prediction model based on state space of slab was established according to mechanism of heat transfer

    摘要針對加熱爐生產過程中鋼坯溫度難以在線測量的問題，從鋼坯升溫傳熱機理出發建立了基於狀態空間的自適應鋼溫預報數學模型。
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