tall structures 中文意思是什麼

tall structures 解釋
高層結構物
  • tall : adj. 1. 身材高的，高大的。2. 〈美口〉（數量）大的。3. 〈俚語〉過分的，誇張的。adv. 〈口語〉誇大地；趾高氣揚地。n. -ness
  • structures : 構築物
  1. Environment of modern in - situ vibration measurement has become more complex, measurement points increased and the measurement range widened greatly with the coming forth of long, large, tall and flexile structures

    隨著長大高柔結構建築的不斷涌現，現代振動測試現場環境更為復雜、測點布設數量更多、測點分佈范圍更廣。
  2. Stability analysis of huge spacial frame structures of super tall buildings

    超高層建築空間巨型框架的穩定計算
  3. Advances on the research of earthquake damage criteria of concrete tall building structures

    混凝土高層建築結構地震破壞準則研究現狀分析
  4. Tension piles are widely used for resisting uplift loads of underground structures such as deep basement and underground transformer substation, and foundations for tall buildings subjected to high bending moments

    摘要抗拔樁常被應用於地下構築物的抗浮和受較大彎矩作用高聳構築物的基礎。
  5. It includes spatial and visual effects of waterfront development, threshold limit of reclamation, view paths of special scene spots, ridgeline protection, tall structures at strategic locations

    這個形式應包括海旁發展的空間及視覺效果、填海區的界限、特殊風景點的觀景徑、山脊線的保護，以及位於策略性位置的高聳建築物。
  6. Although the knowledge of wind effects on tall buildings has significantly improved over the last decades, an understanding of the mechanism that the atmospheric flow field to various wind include effects on structures has not been developed sufficiently for formulation of functional expressions. not only is the wind approaching a building complex, but the flow pattern generated around a building is complicated by the distortion of the mean flow field, the flow separation, the vortex formation, and the wake development

    在過去的幾十年裡，雖然人們對高層建築風效應的了解已有顯著提高，但對大氣流場與結構物各種風致響應的關系還不能用解析表達式加以描述。由於平均流場的奇變、流動分離、旋渦形成以及紊流的發展，不僅使得流向建築物的風，而且使得繞建築物的流譜變得十分復雜。
  7. This paper studies nonlinear dynamic problems of tall building structures, first, constitutes linear dynamic equation and elasto - plastic dynamic equation of structure by using qr method, later, solves the dynamic equation by using spline unconditional stable algorithm, last, programs corresponding computer programs with c program language, and calculates some example and a tall building in constructing the courses and the results prove that qr method is not only simple in calculating and fast in constringency rate, but also precise, that qr method is a effective and economic new method

    本文研究高層建築結構彈塑性動力問題，先利用qr法建立了結構線性動力方程及彈塑性動力方程，然後利用樣條無條件穩定演算法求解了動力方程，最後利用c語言編寫了相應的計算程序，計算了一些例題和分析了一個工程實例。 qr法在理論上及方法上不用有限元法及流動法則，避免了這些傳統方法在分析非線性問題時所帶來巨大困難的缺陷。計算結果表明，這種方法不僅計算簡便，而且精度高，收斂速度快，是一種經濟有效的新方法。
  8. The system introduces 991 ultra - low frequency pick up, and takes the vibration signal as the simulation input of practical measurement, which makes the s ystem can measure the ultra - low frequency vibration of long, large, tall and flexible structures and the low frequency vibration of engineering and site

    系統引入991型超低頻拾振器，將其拾取的振動信號作為本系統實際應用測試中模擬輸入，使系統可對長大高柔結構的超低頻振動和一般工程及場地的低頻振動進行測量。
  9. The reform and open policy in china has brought an upsurge in building long - span bridges and tall structures

    摘要我國的改革開放政策帶來了大跨度橋梁和高聳結構建設的高潮。
  10. Overall stability and second - order displacement analysis of tall building tubular structures

    高層筒體結構的整體穩定及二階位移分析
  11. Improved finite strip method of overall stability and second - order displacement analysis on tall tubular structures

    高層筒體結構整體穩定及二階位移分析的改進條元法
  12. With the development of economy, more and more large - span, tall and complicated structures are built. and the damage of such structures could lead to economic loss

    隨著經濟的發展，大跨、高層及復雜工程結構的建設，使結構失效帶來的損失風險增大。
  13. The effective approach to lighten the weights of tall building structures and its social and economic benefit in practical projects am discussed from the following aspects : the reasonable choice of the structural modal, the method of calculation, the optimization of the structure and the application of high strength and light weight building materials both in china and overseas

    摘要從結構合理選型、計算方法、結構優化以及輕質高強的建築材料在國內外的應用等方面論述了減輕高層建築結構自重的有效途徑和在實際工程中已取得的良好的社會效益與經濟效益。
  14. Influence of vertical seismic action on tall and flexible structures

    豎向地震對高柔結構的影響
  15. Technical specification for concrete structures of tall building

    高層建築混凝土結構技術規程
  16. With the functional diversification of tall building, the tube structures with transfer storey have been widely used in seismic zones. the level of transfer storey is higher and some new styles of transfer member, such as transfer bracket, have been used recently in tall buildings

    隨著高層建築向多功能發展，帶轉換層簡體結構在地震區得到了廣泛應用，轉換層位置逐漸增高，近年來還出現了「搭接柱」式新型轉換層結構形式。
  17. Topics covered include : modeling strategies for complex structures ; application to tall buildings, cable - stayed bridges, and tension structures ; introduction to the theory of active structural control ; design of classical feedback control systems for civil structures ; and simulation studies using customized computer software

    課程主題涵蓋：復雜結構的模型建構策略；高層建築、斜張橋及張力結構的應用；結構主動控制理論概述；應用於土木結構方面的古典回饋控制系統設計；以及應用客制化軟體進行模擬研究。
  18. Minimise the negative visual impact of these supporting structures by using infill panels such as brick or ornate metal screens. introduce suitable landscaping with tall trees and hanging plants to screen the stilted structures

    在支柱之間豎立柵欄，例如磚欄或裝飾性金屬圍屏，以填滿空間，務求盡量減低這些外露支柱對景觀所造成的影響。
  19. Application of insulation piercing connectors in the power supply system of tall structures

    在高層建築供電系統中的應用
  20. Some hot spots of researches, which should be conducted urgently, are presented in this paper in order to make the study of wind effects on structures in our country catching - up completely with the advanced world level, and to get ready for solving the wind engineering problems in extra long - span bridges and super - tall structures into 21st century

    為了使我國結構風工程領域的研究全面趕上世界先進水平，並為解決進入21世紀的特大跨度橋梁和超高層建築中的風工程問題作好準備，本文提出了一些迫切需要進行的研究熱點。
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