橋拱 的英文怎麼說

中文拼音 [qiáogǒng]
橋拱 英文
bridge opening; bridge arch
  • : 名詞1. (橋梁) bridge 2. (姓氏) a surname
  • : Ⅰ動詞1 (兩手相合 臂的前部上舉) cup one hand in the other before the chest 2 (環繞) encircle; ...
  1. Stone bridges consist of pillars, abutments and arches made up of stones held together by mortar.

    由灰漿結合在一起的石頭墩子、臺和橋拱組成。
  2. Calculation of the temporary stays in the erection of steel tube arch ribs by suspender method

    某鋼管混凝土橋拱肋懸索吊裝施工中的扣索計算
  3. Jade belt bridge, the only arch bridge and the most famous of the six bridges on the west dyke, was given the name for its appearance

    玉帶是西堤六中唯一一座高且薄,下可行船,因其外形酷似玉帶,故名。
  4. Bridge roadways, edge girders and arches must be blasted so that they are broken at vital points.

    上路面,邊緣橫梁和橋拱,都必須加以爆破,以保證在重要部位上的破碎。
  5. This world further evolved with the bridges becoming more like hammocks, and the cities resting on top of the curves

    設定進一步完善後,梁更接近於吊床,城市坐落在橋拱上。
  6. At kangpai, while all resources are converged in surge and the gigantic bridge arch hanged like the rainbow, the substance side is linked with the spirit side finally

    在康派,當所有的資源滾滾匯合,巨大的橋拱如虹垂落,最終把物質的一邊和精神的一邊聯接起來。
  7. When the simulation calculation procedure is applied to the rib - hoisting process of nannidu arch bridge, simplification model suited to the case is established, the pre - rising elevation on the rib - hoisting course is predicted, and real - time control is discussed

    將模擬計算程序應用於南里渡特大橋拱肋吊裝過程,建立了適合現場計算的簡化模型,預測了肋吊裝階段的預抬標高,並對吊裝過程進行實時控制。
  8. The methods of modificatory lattice cross - section and equivalent circular cfst cross - section for calculating the maximum load of dumbbell cfst columns with eccentric loading were presented in this paper. the ultimate strength of 14 specimens were calculated by the two methods were close to experimental results. finally, the two methods were used to calculate the ultimate strength of arch bridge of zhengzhou yellow river highway

    對現有鋼管混凝土啞鈴形構件極限承載力的計算方法進行了分析,在此基礎上,提出了計算鋼管混凝土啞鈴形構件的偏壓極限承載力的修正的格構式截面法和等效截面法,兩種演算法的計算結果與試驗值均吻合較好,最後用這兩種演算法計算了鄭州黃河公路二橋拱肋的極限承載力。
  9. The porous ceramics is composed of lots of bridge arch - shaped microspores that connected and well - distributed inside the material. when the fluid passes through these pores, the suspended matters, colloid particles and big molecular organic substances are withheld or absorbed to the inner surface of the pore, and result in filtration, purification adn even - dispersion, high strength, good resistance to abrasion, high temperature and corrosion, no pollution, long workinglife, and easy to regenerate, the porous ceramics are available for filtration and fluidization of variou gas and liquid

    微孔陶瓷過濾介質由許多大小分佈均勻,相互連通的橋拱狀開口氣孔組成.當流體從這些氣孔中通過時,流體中的懸浮物質,膠體顆粒,大分子有機物等被截留,吸附在微孔道內,從而達到了凈化和過濾均勻化的效果.微孔陶瓷強度高,耐磨損,耐高溫,耐腐蝕,無污染,氣孔分佈均勻,使用壽命長且再生簡便,特別適用於各種氣,液過濾和流態化過程
  10. Built of marble and white stone, the jade belt bridge has a high arch and is one of the six bridges on the western shore on kunming lake

    昆明湖西堤的六之一玉帶形的欄用青白石和漢白玉雕砌,宛如玉帶。
  11. There are rope bridges, arch bridges, tower bridges, cable bridges and reinforced concrete bridges

    有早期的索、塔、斜拉和鋼筋混凝土
  12. Detection of arch rib concrete density of a concrete - filled steel pipe arch bridge

    鋼管混凝土橋拱肋混凝土密實性檢測
  13. Construction technique of back pouring of tie rod arch bridge arch rib steel pipe concrete

    鋼管混凝土系桿橋拱肋混凝土倒注施工技術
  14. Optimization of stayed - buckle cable forces during adjustment of the line - shape on long span arch bridge

    大跨度橋拱肋線形調整中的扣索索力優化
  15. The line shape control of the arch prefabricating and hoisting of long span arch bridge with concrete filled steel tube

    大跨度鋼管砼橋拱肋預制與吊裝的線形控制
  16. Fem stress analysis of springing joint for cfst and rigid frame tied through arch bridge

    下承式鋼管混凝土剛架系桿橋拱腳有限元應力分析
  17. Yesanhe bridge is a half - through cfst arch bridges, the design of yesanhe bridge can be used for reference of adopting cfst x - type arches in the design of arch bridges with small ratio of the width to the span

    野三河大是一座非對稱中承式鋼管混凝土無鉸肋為平面桁架形式,所以採用了x型肋以提高其橫向穩定性。
  18. Abstract : in this paper, a new simple method is put forward to on - line survey and analyse the real - time response of bridges loaded under random vehicles and people. based on linear elastic hypothesis and finite element method, the dynamic whole displacement state and load of the bridge can be obtained through surveying partial displacements, so the problem that load is unknown and difficult to determine when calculating is solved in a sense. this method is adap ted to girder bridge, arch bridge, cable - stayed bridge and suspension bridge. through the instrumentality of ways and means in this treatise, a real - time system to survey and analyse a working bridge can be established

    文摘:在線彈性假設基礎上,根據有限元理論和梁隨機車輛(行人)荷載的特點,討論並提出了一種通過監測部分位移,計算梁其餘位移和面荷載的簡化分析方法,解決了梁在隨機車輛(行人)荷載作用下的荷載確定問題,建立了動位移和等效節點荷載的有限元列式.該方法為梁結構的在線監測和實時分析提供了理論基礎,適用於連續梁、斜拉和懸索梁結構形式,具有實際應用價值
  19. According to the bearing load institute of mainly bearing component, the basic form of bridge can be classified into beam bridge, arch bridge, rigid frame bridge, suspension bridge and assembly system bridge etc. also according to the location of trip lane, it can be classified into top travel bridge, middle travel bridge and lower travel bridge

    梁的基本形式按梁主要承重構件的受力情況可分為:梁、剛架、懸索、組合體系等;按行車道的位置又可分為上承式、中承式和下承式
  20. According to the forward analysis method based on iterative theory, the simulation calculation procedure of rib - hoisting on the long - span cfst arch bridge is worked out. in this procedure, the finite element theory and the formation of flexible cable unit is analyzed detailed

    根據基於迭代理論的前進分析方法,本文編制了大跨度鋼管混凝土橋拱肋吊裝模擬計算程序,對程序中的有限元理論、扣索單元的處理進行了詳細分析。
分享友人