箱形梁 的英文怎麼說

中文拼音 [xiāngxíngliáng]
箱形梁 英文
box beam
  • 箱 : 名詞1. （箱子） chest; box; case; trunk 2. （像箱子的東西） anything in the shape of a box
  • 梁 : 名詞1 （屋架中架在柱子上的長木） beam 2 （通常也指檁） purlin 3 （橋） bridge4 （物體中間條狀隆起...
  1. The study of influence of the crossbeam and corner prop on shear - lag in the thin - wall curve box beams

    橫隔板及角隅承托對薄壁曲線箱形梁剪力滯影響的研究
  2. The successful alternative was the cast-in-place segmental prestressed concrete box girder.

    最後採用的方案是分段現澆的預應力混凝土箱形梁。
  3. Back - analysis and experiment research of thermal physics parameter of concrete box girder

    箱形梁混凝土熱物理參數反分析試驗研究
  4. The optimum analysis in designing a steel box beam

    鋼結構箱形梁橋結構尺寸優化分析
  5. Analysis of pure torsion for thin - walled composite mono - box beams with multi - cells

    單箱多室復合材料薄壁箱形梁的純扭轉分析
  6. Study on the generalized moment in shear lag effect analysis of the box girder

    箱形梁剪滯效應分析中的廣義力矩研究
  7. Study on the method of linear and circular vectorization

    薄壁箱形梁橋剪力滯效應的能量變分法研究
  8. Safety fences and barriers for highways - specification for open box beam safety fence single height

    公路的安全欄桿和護柵.開口箱形梁安全欄桿
  9. Safety fences and barriers for highways - specification for components for open box beam safety fence double height

    公路的安全欄桿和護柵.開口箱形梁安全欄桿
  10. Temperature field analysis of heat of hydration in concrete box girder

    混凝土箱形梁水化熱溫度場分析
  11. There are two methods for welding radial stiffeners to bias - rail box girder : welded all around and open at tensile flange

    摘要起重機偏軌箱形梁橫向加強板有加強板四周均焊和在受拉翼緣處空開2種焊接方式。
  12. The overhead traveling crane used at a cold strip mill factory is given to study the deformation, stress distribution and load capacity of the main girder with 3d - fea shell - to - solid submodel method

    以某冷軋帶鋼廠橋式起重機偏軌箱形梁為例，採用三維有限元法「板到體子模型」技術，比較分析了加強板2種焊接方式下主梁的變形、應力分佈和承載能力。
  13. With added the tmd, bod reduce flap epuipment. added the second form beam, the preparative box and the connect both line etc on the big bridge of yellow river at beijing to guangzhou line, and contrast between before and after reinforced, we analysed the result and dicided to adopt the reinforce project to connect both line

    在京廣黃河大橋上通過實施加tmd 、 bod減振器，增設第二平聯、準箱形梁及雙線剛性連接等試驗，利用通過列車進行加固前後的對比測試，通過結果分析決定在京廣黃河大橋上採用雙線剛性聯接方案進行加固。
  14. Adopt the rigid conjunction reinforce of both line, the biggest flap fad still exceed limit, especially that high plait and self - provided train, horizontal flap is still serious, by research and decided to do a preparative box reinforcing experiment on the big bridge of yellow river, and anticipate the result would be more obviously

    採用雙線剛性連接加固，最大振幅仍有超限，特別是一些高編自備車，橫向振幅仍然較嚴重，經研究決定在京廣黃河大橋上進行準箱形梁加固試驗，預計效果會更加明顯。
  15. Shear properties in the plane of the panel ( interlaminar shear ) duplicate the kind of shear stress encountered in such glued structural assemblies as structural sandwiches and adjacent to gluelines between flanges and webs in box - beams and i - beams and gusset plates in trusses

    面板平面的剪切特性（層間剪切） ，與夾層結構這類粘合組件，以及箱形梁、工字梁凸緣與腹板間的焊接層和桁架加固板附近位置所受的剪切應力類型相同。
  16. First, the stability of box section beams under pure bending is studied based on two different torsion theories on members with closed cross - section by umansky and gjelsvik in the elastic phase, and the critical moments are obtained. comparisons show that these two different theories give nearly the same critical moments

    文章首先對箱形梁進行研究，分別基於umansky約束扭轉理論和gielsvik約束扭轉理論推導了箱形梁在純彎作用下的彈性臨界彎矩，並進行了比較，發現基於gielsvik約束扭轉理論的臨界彎矩具有較好的精度且形式簡單。
  17. Thin - walled box beam

    薄壁箱形梁
  18. With the development of material science and transportation, thin - wall box girder ( including steel girder and prestressed concrete girder ) is used wildly in modern engineering of bridge, but shear - lag problem is arising accordingly, the result it takes can not be ignored, especially broad and low box girder

    隨著材料科學和交通事業的發展，薄壁箱形梁（包括鋼箱梁、預應力混凝土箱梁）在現代橋梁工程中得到了廣泛地運用，但隨之而來是剪力滯后問題相當突出，特別是寬扁箱梁剪力滯效應不容忽視。
  19. In this paper, a generalized hybrid finite strip method is deduded for analyzing the shear lag effect in box girders. it has the advantage of the generalized finite strip method and hybrid stress element. shear lag effect in thin - walled box girder is analyzed with this method and stiffness matrix of generalized hybrid finite strip element is deduced. a calculating program for thin - walled box girder " s generalized hybrid finite strip method is compiled with fortran language and performed in visual fortran environment of pc computer. a typical example demonstrates that the proposed method has higher accuracy and efficiency, is suitable for analysis of shear lag effect in box girders

    本文結合應力雜交元法和廣義有限條法導出一種用來分析箱梁剪力滯效應的廣義應力雜交有限條法，它兼有應力雜交元和有限條法的優點。運用這種方法對薄壁箱形梁的剪力滯效應進行了分析，推導出廣義應力雜交有限條元的單元剛度矩陣，用fortran - 77語言編寫薄壁箱形梁廣義雜交有限條法程序（ hfsbg . for ）在visualfortran環境下運行。具體算例的數值結果表明：廣義應力雜交有限條法用於計算箱形梁的應力分析具有很好的精度和效率，適合於分析箱形梁的剪力滯效應。
  20. The influence of shearing deformation causes the non - uniform stress in the wing plate of the box girder, especially the cantilever box girder

    摘要剪切變形的影響使得箱形梁的翼板中出現應力不均勻現象，尤其是懸臂箱形梁剪力滯現象。
分享友人
分享到 Line

分享到臉書