theoretical and applied mechanics 中文意思是什麼

theoretical and applied mechanics 解釋
理論與應用力學
  • theoretical : adj. 1. 理論（上）的，學理上的 （opp. applied）。2. 假設（性）的；純理論的，推理的。3. 空論的 （opp. practical）。adv. -ly
  • and : n. 1. 附加條件。2. 〈常 pl. 〉附加細節。
  • applied : adj. 適用的，應用的，實用的 （opp. pure, abstract, theoretical）。
  • mechanics : n. pl. 1. 〈作單數用〉力學 〈cf. statics; kinetics; kinematics〉; 機械學。2. 〈作復數用〉結構；構成法；技巧。
  1. International union of theoretical and applied mechanics

    國際理論和應用力學聯盟
  2. H. m. jang, 1998, a theoretical model for the ventilation system of fu - de tunnel, 22nd national conference on theoretical and applied mechanics, r. o. c

    張鴻明， 1998 ，公路隧道通風系數效應-圖解法，中國機械工程學會第十五屆全國學術研討會，臺南。
  3. The metal magnetic memory testing is a new technology which is special diagnose ferromagnetism materials with applied stress in earlier, and is belong to electromagnetic non - destructive testing ( ndt ). so the fundamental theory of ferromagnetics and the mechanics property and the electromagnetism property of metal is the theoretical foundation, some knowledge connected to them are summarized in this dissertation

    磁記憶無損檢測技術是專門針對受力鐵磁性材料實施早期診斷的新型無損檢測技術，其檢測的范疇還是屬于電磁方法檢測，因此有關鐵磁學的基本理論、金屬的力學特性以及電磁特性等是研究磁記憶無損檢測的理論基礎，本論文針對有關這方面的一些基本知識作了簡要的總結。
  4. The theoretical and applied research results for mesomechanics, theories of strain gradient, polar continuum mechanics, nonlocal continuum mechanics and basic laws are discussed one by one in the present paper

    分別論述了細觀力學、應變梯度理論、極性連續統力學、非局部連續統力學及基本定律和原理在理論和應用方面的研究成果。
  5. In the paper, theoretical analysis method is applied to analyze the endured force of these important regions, determine the style of forming in these regions and reveal the technological characteristic of the forming of stepped tubular part. it is the first time to divide the one - off drawing of stepped tubular part into two stages from the forming mechanics theory. by these methods, it established the basis in determining the forming law of one - off drawing

    並採用理論分析方法，全面地分析了幾個重要區的變形和受力情況，確定了這些區的變形方式、變形特點、變形性質，揭示了階梯筒形件的成形工藝特點，首次從變形力學理論的角度將階梯筒形件的一次拉深成形過程分為兩個階段，為確定其一次拉深成形的規律奠定了基礎。
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