立軋機架 的英文怎麼說

中文拼音 [jià]
立軋機架 英文
edging mill
  • : 動1 (站) stand; remain in an erect position 2 (使豎立; 使物件的上端向上) erect; stand; set up...
  • : 軋動詞[方言]1 (擠) press hard against each other; push against2 (結交) associate with; make f...
  • : machineengine
  • : Ⅰ名詞1 (用來放置東西或支撐物體等的東西; 架子) frame; rack; shelf; stand 2 (毆打; 爭吵) fight;...
  • 機架 : assembly cabinet, assembly rack
  1. In this paper, the large non linear fem software marc be used to calculate the 3d deformed distribution of the cold roll forming machine frame, slide seat and bolster plate

    摘要以大型非線性有限元軟體marc為分析工具,建接觸分析模型,對冷滾、滑臺及墊板進行三維有限元彈性接觸分析,給出床三維變形狀態的定量描述。
  2. According to the work condition of one 1450 five - stand tandem cold mill, reduction distribution as decision variable, the penalty function was established, in which rolling pressure distribution ratio was as objective function and the constraint condition of reduction distribution was as penalty term

    根據某1450五冷連生產工況,以壓下量分配為自變量,以制力成比例分配為目標函數,將壓下量分配的約束條件作為懲罰項,建懲罰函數。
  3. Abstract : as the most critical factor of mpm process, the groove design of fewer stand mandrel retained mpm significantly affects the rolling course as well as product quality

    文摘:少限動芯棒連孔型設計是連管工藝的核心,對制過程的建和產品質量起著極其重要的作用。
  4. With prestressed rolling mill of the middle steelworks of taiyuan iron and steel limited group company as the researched object, this article analyze the existent questions and research the initial stress of prestressed rolling mill and computer control system, analyze the design thought of prestressed rolling mill and clarify the relationship between the dimensional precision of rolled material and the rigidity of base of rolling mill and the main method to increase the rigidity of base of rolling mill, analyze how to confirm the rigidity, sectional area of handle and post, and pretightening force, put forward the viewpoint that the key to assure great rigidity is to assure that the remnant initial stress is always positive during rolling, and develop intelligent control system with plc as the core on the basis of the former research to assure that the remnant initial stress is always positive during rolling

    本文以太鋼集團公司中型型鋼廠預應力為對象,分析了該廠預應力所存在的問題,對預應力的預應力以及微控制進行了系統研究;分析了預應力的設計思路,闡明了材尺寸精度與座剛度的關系及提高座剛度的主要途徑;分析了預應力設計過程中預應力的剛度、預緊拉桿和柱斷面積及預緊力的確定;提出了預應力保證高剛度的關鍵就是「確保制過程中,殘余預應力始終大於零」的觀點;在前述研究的基礎上開發了以可編程邏輯控制器為核心的智能監控系統,以確保「制過程中,殘余預應力始終大於零」這個要求。
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