構造柱 的英文怎麼說

中文拼音 [gòuzàozhù]
構造柱 英文
constructional column
  • : Ⅰ動詞1 (構造; 組合) construct; form; compose 2 (結成) fabricate; make up 3 (建造; 架屋) bui...
  • : Ⅰ動詞1 (做; 製作) make; build; create; produce 2 (假編) cook up; fabricate; concoct 3 [書面語...
  • 構造 : structure; construction; constructional detail; tectonic; structural; makeup; anatomy; constituti...
  1. On the basis of expound the theory of building exterior - protected construction energy consumption and the gene of influence the building energy, set up mathematics model, this article discuss the mechanism of dispelling the heat of the buildings " thermal bridge and the complication that influence it, and then synthetic analysis and calculate the influence range of building thermal bridge in exterior - protected construction column thermal bridge to the building outer wall get the conclusion that when the construction column can satisfy the building stress - area, in bulgy construction column dispel less heating than out bulgy construction column. but if the pole stuck out more than 100mm, in bulgy or out bulgy make no difference

    本文在闡述建築圍護結耗熱原理以及影響建築能耗因子的基礎上,採用數值模擬方法,探討了建築熱橋傳熱的基本機理和影響建築熱橋傳熱的因素,進而對建築熱橋在圍護結傳熱中的影響范圍進行了綜合分析和計算,研究了構造柱熱橋型式對建築外墻能耗的影響,得出了構造柱在滿足建築受力面積要求的情況下,內凸構造柱較外凸構造柱略能減少散熱量的結論,但是凸出過大( 100mm )無論內凸還是外凸對建築耗熱都沒有大的差別。
  2. The author suggests that the three lithosphere - scale faults, lancangjiang fault, jinshanjiang - ailaoshan fault and axis fault in the middle of the basin, are the main geological structures that control the formation of basin, magmatism and metallogenic congregate district. the anticline structure with an axis of triassic strata and the related fault system within the basin, and gonglang arch - shaped folding structure in the south of the basin are the geological structure controlling the formation of ore fields. junctions of two or more faults with different orientation, interlayer cataclastic structural zone and oxidation - reduction ( redox ) boundary were the favorable position for the formation of ore bodies

    認為瀾滄江斷裂、金沙江-哀牢山斷裂及盆地中軸斷裂這三條巖石圈斷裂是主要的控盆-控巖(巖漿巖)及礦集區尺度的控礦;盆地中以三疊系為軸的背斜及相關的斷裂系統、盆地西南緣公郎弧形等是礦田尺度的控礦;多組斷裂的交叉、層間破碎帶及地層中的氧化還原界面是形成礦體的有利部位。
  3. The two specimens, which are designed as : main beam - pre - stress beam ? floor ? frame columniation assemble the space specimens. in order to checkout whether the code can be applied for the special structure systems, the structure of the specimens refer to the current gb50010 - 2002 concrete structure design code and gb50011 - 2001 seismic resistant code

    本文試件的各組成件為:非預應力邊梁預應力梁板框架組合空間試件,各組成件的參照了現行《 gb50010 - 2002混凝土結設計規范》及《 gb50011 - 2001抗震規范》的有關規定,以檢驗規范及設計條例能否適用於該特殊結形式。
  4. The main components of the latter are multi - rib sandwich panels, including floor slabs and wall slabs. reinforced concrete conformation columns are set where the longitudinal walls and latitudinal walls intersect and copulative beams are set where floor slabs and wall slabs intersect. they play a role of linking and transferring loads, bearing a small part of loads at the same time

    無骨架體系的主要承重件是密肋夾芯板(包括樓板和墻板) ,縱、橫墻相交處設鋼筋混凝土(連接),墻板和樓板相交處設連系(圈)梁,連系梁和主要起連接和傳遞荷載作用,也承擔少部分荷載。
  5. Present thermal bridge influence area to the building out exterior - protected construction. for the construction column thermal bridge, the influence area increase 100mm along the thermal bridge. the position of maximum heat - flux is between the thermal bridge and the outer wall

    給出了熱橋對建築外圍護結的影響區域,對于構造柱熱橋其影響范圍為熱橋邊沿向外100mm ,熱流量最大的位置在於熱橋與外墻交界處。
  6. Situated in the north and facing the south with a little to the west, the temple was built with a mixed structure of sheer wall with girder system. a typical hanging over bracket set structure of southern china

    建築座北朝南略偏西,形式為承重墻加樑系統的混合樑系統為南方特有的疊斗式,承重墻則為磚再予以粉刷。
  7. The use of structural column in wall - beam design

    構造柱在墻梁設計中的應用
  8. On technical measures against the quality of structural columns

    確保構造柱施工質量的技術措施
  9. Problems and prevention of structural column

    構造柱施工通病與防治
  10. The quality question of structural pole

    構造柱的質量問題
  11. Prevention and treatment of common quality defects of concrete in construction

    多層磚混結住宅應重視構造柱的工程質量
  12. The discussion on engineering quality of structure column of multi - storey masonry structure

    鋼筋混凝土構造柱圈樑施工質量之我見
  13. Aseismic technical specification for multi - storey masonry building with reinforced concrete tie column

    設置鋼筋混凝土構造柱多層磚房抗震技術規程
  14. Aseismic technical specification for multi - storey masonry building with reinforced concrete tie columns

    設置鋼筋混凝土構造柱多層磚房抗震技術規程
  15. Through analyzing on character, action and quality of multi - layer brick mixing structure post, the prevetion measures for preventing the disease of the post are given

    通過對多層磚混結構造柱的性能、作用、施工質量的分析,給出了構造柱過程質量通病的防治措施。
  16. Based on the experiment of full - sized cshb walls under lateral and vertical loads, initial crack - resisting stiffen formula was deduced by considering the influence of concrete beams, concrete core columns, structural columns, vertical pressure and window ( or door ). the results calculated from the formula were fit well with the experimental results. by the analysis of displacement at initial crazing, probability statistical mode and its parameters of relative displacement angle were presented

    在介紹和總結本課題的室內足尺寸單片墻抗側力性能試驗的基礎上,考慮了圈樑、芯構造柱和墻體正壓力、開門窗洞等因素對抗側剛度的影響,提出了綜合各種因素的初裂抗側剛度公式,與試驗結果具有很好的一致性;結合試驗的初裂位移分析,給出了層間相對位移角的概率統計模式及相應的統計參數,提出了小砌塊建築層間位移角的控制標準。
  17. As for the improvement of ductility of masonry structure and the aseismatic performance of building, several factors were discussed, which consisted of the layout of building plane and building elevation, the building level number and height, the layout of vertical wall and cross wall, thus enhancing the intensity of mortar, ring beam, constructional column and the placement of horizontal reinforcing steel bar

    從建築平面和立面的布局、房屋的層數和高度、縱墻和橫墻的布置、提高砂漿強度、圈樑和構造柱以及水平鋼筋的放置等多個方面來進行探討,從而改善砌體結延性,提高房屋的抗震性能。
  18. A coefficient of 0. 9 can be multiplied to ensure the safety of structures. by and large, the back covered porous brick wall with constructional column and gird beam has the same shearing strength under low circulated load as other porous brick wall, so the shear resistance and aseismatic capability can be calculated by the standard method. the experiment indicates that the back covered porous brick wall has good energy absorbing as well as deforming capability, and it can satisfy the requirement of aseismatic structures

    盲孔多孔磚砌體的通縫抗剪強度略低於規范計算值,為保證結安全,建議設計時乘以系數0 . 9 ;盲孔多孔磚墻片在低周反復荷載作用下抗剪承載力與其它多孔磚墻片基本相當,可按規范方法計算其抗震抗剪承載力;試驗證明帶構造柱及圈樑的盲孔多孔磚墻片有較好的吸能、變形能力,可以滿足抗震結的要求。
  19. Through analyzing the test data of lateral displacement of the composite semitic walls with structural concrete columns under the action of horizontal loading, and combining the existent wall lateral displacement theory and calculate formulae, the approximate calculation method of lateral displacement of the semitic walls which are composed of brick and concrete was summarized

    摘要通過對帶構造柱的組合抗震墻在水平荷載作用下側向位移的試驗數據分析,並結合己有的墻體側向位移理論計算公式,總結出了磚-混凝土組合抗震墻體側向位移近似計算方法。
  20. Then the formu1a of computing the maxima1 top shear stress in designing masonry bui1dings and the method of checking computations of cracks are brought forward in this paper on the basis of the theoretica1 deduce and the data of these tests and experiments. a1so, the practica1 construct methods and the requirements of preventing such cracks in the aspects of the construct rate. the strength and modulus of e1asticity of the masonry bui1dings are put forward

    隨后,本文在理論推導和試驗數據的基礎上,提出了在砌體結設計中計算頂層最大剪應力的公式和是否開裂的驗算方法,並且從施工進度、砌體的強度及彈性模量、構造柱和圈樑的設置等方面提出了防止此類裂縫開展的具體施工方法和要求。
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