鉸索 的英文怎麼說

中文拼音 [jiǎosuǒ]
鉸索 英文
bowstring
  • 鉸 : Ⅰ動詞[口語]1. （用剪子剪斷東西） cut with scissors 2. （用絞刀切削） bore with a reamer; ream Ⅱ名詞（指鉸鏈） hinge
  • 索 : Ⅰ名詞1 （大繩子; 大鏈子） a large rope 2 （姓氏） a surname Ⅱ動詞1 （搜尋; 尋找） search 2 （要; ...
  1. Red murray s long shears sliced out the advertisement from the newspaper in four clean strokes

    紅穆雷利利索索地用長剪刀將廣告從報紙上鉸了下來。
  2. William ' s favorite room was said to be the library with its collections of more than 5, 000 books, ancient greek vases, and an antique spanish ceiling suspended by cables so it will sway in the event of an earthquake ( all the antique furnishings and treasures are anchored as a precaution as this is earthquake country )

    威廉最喜歡的房間據說是圖書室，裏面有收藏的5 ， 000多本書籍，古希臘的花瓶，以及一個用纜索懸吊起來的古代西班牙吊頂，一旦發生地震，吊頂就會搖擺（所有的古代傢具和珍寶都被事先用鉸鏈固定住，因為這是一個多地震的國家） 。
  3. Windlasses and anchor capstans - cable lifters for anchor chains - design dimensions

    起錨機和鉸盤.錨鏈用鋼索提升器.設計尺寸
  4. The rice seedling mode is optimized fatherly. the macros for building multi - seedling and contact force and the program of sensors are written. the spring is replaced by a flexible part

    最後，對多缽苗碰撞模擬試驗進行了一些探索研究工作，將缽苗模型進一步優化，編寫了建立多缽苗模型、缽苗接觸力、缽苗鉸接等宏命令及傳感器程序，並將彈簧柔性化。
  5. Secondly, the basic principle on optimal design of structure is presented. based on the characteristics of aqueduct - stayed optimal design, cable optimization, aqueduct body selection optimization and aqueduct body vertical section optimization are included. the prestresses of cable - stayed, the dimension of aqueduct and the number of reinforcing steel bar are chosen as the design variables

    根據斜拉式渡槽優化設計的特點，本文將槽身優化分為索力優化、槽身橫斷面優化以及槽身縱斷面優化三個方面進行優化設計，確定斜拉索預應力、槽身斷面尺寸、槽身橫向及縱向預應力鋼鉸線配筋數量等槽身設計的主要變量。
  6. Abstract : cable - stayed is used to cable suspension, but cable force is calculated by manual, and only for less than 5 segments, and the prescion is poor. this paper puts forward “ zero moment method ”, which can not only calculate more segmental soupe force, but both temporary joint and fixed joint during construction. the mechanical concept is clear, and it is easy for calculating. it is fit for program, and the illustrations prove that the methods are right

    文摘:斜拉扣掛在纜索吊裝中經常運用，但扣索索力多採用手工計算，且多用於5段以內的吊裝，計算復雜，精度低.本文提出「零彎矩法」 ，可計算任意多段扣索索力，既可計算拱肋在施工過程中各節段臨時鉸接，又可計算各節段固結的情況，將兩種連接方式統一成一種計算方法，力學概念清楚，計算簡便，適宜程，文中最後用示例證實本方法的正確性
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