自由要削 的英文怎麼說

中文拼音 [yóuyāoxiāo]
自由要削 英文
free cutting
  • : Ⅰ代詞(自己) self; oneself; one s own Ⅱ副詞(自然;當然) certainly; of course; naturally; willin...
  • : causereason
  • : 要動詞1. (求) demand; ask2. (強迫; 威脅) force; coerceⅡ名詞(姓氏) a surname
  • : 削動詞1. (用刀斜著去掉物體的表層) pare [peel] with a knife 2. (乒乓球的一種打法) cut; chop
  • 自由 : freedomliberty
  1. An account of the basic concept, position and function of production management in an enterprise is given, the significance of production management when a company make efforts to create a good environment for it ’ s existence and development is shown ; through introducing the environment and situation faced by our country ’ s private enterprises, analyzing the problems on gao long ’ s production management, the opportunities and challenges faced by gao long company when it intends to improve it ’ s management level and to get itself developed forward are revealed. the nice future created by rapid development of our country ’ s economy for special vehicle components manufacturers which include gao long company is estimated, the threat

    本章先闡述生產管理在企業中的地位和作用?生產管理對于企業獲取競爭優勢,贏得良好生存和發展空間的重意義,在對我國專用車生產現狀?市場發展前景及公司生產管理中存在的問題進行歸納和總結的過程中,揭示出高龍公司提高生產管理水平?推動身向前發展所面臨的困難,展現因我國經濟快速發展給包括高龍公司在內的專用車生產企業所創造的良好市場前景,同時也指出於競爭環境的惡化?生產技術及管理水平落後而導致競爭力弱給高龍公司所帶來的機遇和挑戰,以此強調生產管理模式改進的必性和緊迫性。
  2. The author, applying the program of ansys, built a nonlinear model of rc bi - direction cellular slab, and, from the comparison of equivalent - span and equivalent - thickness solid plate, drew several important conclusions. meanwhile he also pointed out that the stiffness of cellular slab would become weaker because of the holes of cross - section which make the tare weight 40 % down comparing to solid plate, but if the weakness of tare weight was considered, the cellular slab still remained the excellent features of integration and stiffness, by which the cellular slab can be put into use of large - span

    本文利用有限元程序ansys ,建立了鋼筋混凝土雙向空腹板的非線性計算模型,並和等跨等厚度實心板進行分析對比,從而得出了一些重結論,指出:在空腹板重比實心板減少40左右後,空腹板的剛度雖然於截面的開孔而弱,但考慮重減少后,空腹板仍表現出整體性好、剛度大的特徵,從而實現較大跨度樓板的工程應用。
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