掛結層 的英文怎麼說

中文拼音 [guàjiēcéng]
掛結層 英文
lacing course
  • : Ⅰ動詞1 (使物體附著于某處) hang; put up; suspend 2 (中斷電話) ring off 3 [方言] (接通電話; 打...
  • : 結動詞(長出果實或種子) bear (fruit); form (seed)
  • : i 量詞1 (用於重疊、積累的東西 如樓層、階層、地層) storey; tier; stratum 2 (用於可以分項分步的...
  1. The wedding-cake was elaborately iced.

    婚蛋糕上著一精緻的糖衣。
  2. Vibration control on suspension structure of high - rise building

    建築懸構體系振動控制
  3. The analytical results show that the effect of connected rigidity between main part and hanger on response is remarkable, and the frequency range increases if hung floors

    構主體構之間的連接剛度對頻率的分佈和振型的性質有重要影響,懸后,體系的頻域范圍擴大。
  4. In the paper, the latticed shell of double - layer hyperbolic pyramid is vertically applied to the structure of cooling tower and reinforced concrete planks with ribs are put up around the latticed shell, in accordance with situation that the most latticed shells are applied to lateral roof and cooling tower is put up by the reinforced concrete structure, a kind of new construction that includes the lower reinforced concrete structure and the upper latticed shell structure is established

    本論文把雙雙曲線四角錐網殼構豎向應用於冷卻塔的筒壁,在網殼的周圍鋼筋混凝土帶肋板。由於目前大多數網殼構都水平應用於屋蓋或樓蓋構和冷卻塔筒壁大多數採用鋼筋混凝土構,本文的研究形成了一種上部網殼構下部鋼筋混凝土構的新型構。
  5. After calculated the wind response of high - rise building with suspension structural system, damping ratio and vibration patterns are changed and different results will be obtained. combing the vibration characteristic of structure, the reason that outcome is different is interpreted

    具體計算高構頻域內的風振響應,改變構阻尼比及參加計算的振型,得到各種不同情況下的風振響應,構的自振特性,分析各種響應的特點及各自的產生原因,得出有用論。
  6. According to the introduces of practical constructions, the features and advantages of high - rise building with suspension structural system are described in details, and it is adopted in the design of shenyang national tax revenue bureau building

    通過現有的實際工程詳細介紹高構體系的特點,可以看出高建築採用懸構體系有多方面的優勢。
  7. The analysis of wind response is paid more and more attention to the design of modern high - rise building. wind loads on high - rise building with suspension structural system and its responses are analyzed systematically and deeply in this dissertation

    本論文從理論分析與實例計算兩方面入手,以高構體系為例對高建築所受風載及其響應展開系統、深入、全面的研究。
  8. Dynamic analysis in suspension structure systems of high - rise buildings

    建築懸構體系動力分析
  9. Comparative analysis of earthquake response of suspension structures with story vibration absorption apparatus

    間減震構地震反應的比較分析
  10. The paper sums up the construction technique of qinjiatuo super bridge in all : consolidating the soft ground foundation with vibrating & impacting macadam piles ; constructing the bored cast - in - place piles under the complex geological condition ; developing and researching cable - stayed handling basket with the bearing capacity of 3000kn ; beam construction ; construction technique of the new type bridge deck and dynamic & static load test

    本文全面總了覃家沱特大橋施工技術:振沖碎石樁加固軟弱地基、復雜地質情況下鉆孔樁施工、承載力3000kn斜拉式籃開發與研製、梁部施工、新型橋面鋪裝施工技術及動靜載試驗。
  11. We can make full use of the high - strength building materials in this system. because it can bring us big room in the building, it is possible to solve the contradictory between usable function and structural construction. suspended structure system can realize the unity of safety, suitability and beauty, so it is of good benefit to the society and economy

    構體系是一種新型構體系,能充分利用高強材料的物理性能,帶來建築室內和底部大空間,解決建築功能與構構造之間的矛盾,實現建築物的堅固、適用和藝術美三方面的統一,並產生良好的社會及經濟效益。
  12. Finally, the vibration absorption property of suspended structure is researched by using the response spectrum analysis and time history analysis

    最後,對多段多構進行了反應譜和時程分析。
  13. Mega - truss - suspended steel tall buildings provide abundant design freedom to architects, also promote their creativities. take advantage of the suspended floor, space hole can be placed through building in variable form and at different position

    由於該構用懸體系構成內部樓,可實現在空間不同位置設置大型孔洞,通過調整孔洞的位置、形狀、大小,可顯著減小構的風荷載和風振響應。
  14. In the development of tall buildings, mega - suspended structures were grew up for their unique architecture appearance, nice structural performance and excellent satisfaction of variable architecture needs

    在高建築發展的過程中,巨型懸構因其具有獨特的建築造型、優良的構性能、能滿足多變的建築功能要求而得到發展。
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