支撐軋輥 的英文怎麼說
中文拼音 [zhīchēngyàgǔn]
支撐軋輥
英文
back-up roll- 支 : Ⅰ名詞1 (分支; 支派) branch; offshoot 2 (地支) the twelve earthly branches3 (姓氏) a surname...
- 撐 : Ⅰ動詞1 (抵住; 托住) prop up; support 2 (用篙使船行進) push or move with a pole 3 (支持) mai...
- 軋 : 軋動詞[方言]1 (擠) press hard against each other; push against2 (結交) associate with; make f...
- 輥 : 名詞[機械工程] (能滾動的圓柱形機件) roller
- 支撐 : 1 (抵抗住壓力) prop up; sustain; support 2 (勉強維持) support; prop up3 [建築] strut; brace; ...
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Drawing module, which is graphic system of 1c ad, consists of geometric and three - dimensional parameterization model design of work roll, backup roll, mill framework and finishing mill
繪圖模塊由智能cad的圖形處理部分組成,包括工作輥、支撐輥、機架和精軋機的幾何建模和三維參數化設計。Parametric design makes interface between visual basic 6. 0 and solidworks 2000 on the basis of program driving, and outputs three - dimensional parameterization model of work roll, backup roll, mill framework and finishing mill
參數化設計以程序驅動為基礎,設計了visualbasic6 . 0和solidworks2000之間的介面,完成工作輥、支撐輥、機架和精軋機三維模型的輸出。Considering different microstructures and properties of metal of hardened layer and the core of back - up roller, the distributions of shear stress below surface and the contact stress between work roller and back - up roller of a four - high - mill were simulated with nonlinear fem
摘要考慮軋輥表面淬硬層與其心部金屬材料組織性能的差別,採用非線性有限元方法對四輥軋機的工作輥與支撐輥間接觸應力及輥內剪應力分佈進行模擬,並將模擬結果與傳統強度校核方法進行了對比分析,研究了軋輥淬硬層厚度對輥間接觸應力的影響規律。Upon analysis of advantages and disadvantages of varieties of support structure of roller of cross wedge rolling mill in existence, a new type of support for the upper roller has been introduced with calculation in design of certain components combined with a specific type of such machine
摘要通過分析現有輥式楔橫軋機上軋輥各種支撐結構的優缺點,重點介紹了一種新型的上軋輥支撐結構並結合具體型號楔橫軋機對其部分部件進行了設計計算。Owing to introduction of developed technology and equipment, and own unceasing research and development of new metal material and thermal treatment technology, our company has developed a series of high performance forged rollers ( working roller, intermediate roller, back - up roller ), which are widely used for production equipment in metallurgy industry and non - ferrous industry
引進先進制輥技術和設備,並在新材料及熱處理技術方面的不斷自我研發,已開發出廣泛用於冶金、有色行業生產設備上的一系列高性能軋輥(工作輥、中間輥和支撐輥)分享友人