soil-structure interaction 中文意思是什麼

soil-structure interaction 解釋
地基
  • soil : n 1 泥土，土壤；土質。2 土地，國土。3 滋生地，溫床。4 農業生活，務農。n 1 臟東西，污物，污穢，污...
  • structure : n. 1. 構造，結構；組織；石理，石紋。2. 建造物。3. 【化學】化學結構。4. 【心理學】（直接經驗中顯現的）結構性，整體性；整體結構。adj. -d ,-less adj.
  • interaction : n. 1. 相互作用，相互影響，互動。2. 【航空】干擾。
  1. Strip - shape underground structures such as the tunnels and tubes for various uses can be treated as a beam on elastic foundation under earthquake condition ， although there exists soil - structure interaction ， the foundation soil vibration is dominant in other words ， analysis of earthquake response of the soil is essential to this end ， simplified models ， ( i. e equivalent mass system models based on some equivalence criteria ) are proposed ， instead of a general 3 - d continuum model in this study ， equivalence criteria are proposed and the simplified models are compared the single - mass - string model is proved to be valid and therefore applied to the analysis of earthquake response of the pearl river immersed tunnel

    條裝地下結構如隧道、各種埋設管道等一般可看作彈性地基梁進行靜力及動力分析在地震條件下，結構與土相互作用，但土的振動成為主要因素為分析土的地震響應需把基土這一三維連續體作簡化處理，簡化成為等效多質點模型本文著重探討這種簡化模型的建立方法，推導等效方程，通過幾種簡化體系的分析比較，論證單質點串體系的合理性，並將其應用到廣州黃沙芳村珠江水下隧道工程的地震響應分析，為抗震設計提供依據
  2. Soil - structure dynamic interaction is the dynamic responding of soils, foundation and superstructures excited by wave propagation in soils and structure virtually and, dynamic analysis of soil - foundation interaction is the key problem in studying soil - structure interaction

    土?結構動力相互作用的本質就是波動在結構地基系統內傳播時引起的結構和地基的動力反應問題。研究土?基礎結構的動力相互作用是分析土?結構動力相互作用的關鍵。
  3. But for in the rigidity structure founded on soft soil, especially high - rise structure, considering soil - structure dynamic interaction ( ssdi ) while calculating the earthquake response is very essential

    但是對于處在柔性地基上的剛性建築物，特別是高層建築物，在計算地震反應時考慮土-結構的相互作用是很必要的。
  4. The purpose of this research is to develop computational procedures for nonlinear soil - structure interaction problems

    摘要研究了土體構造物共同作用的非線性問題。
  5. It sets up a evaluated system by analyzing groundwater chemical components, through studying pertinence in water chemical component and soil strength, it also puts forward that water chemical change can map soil strength variation under water - soil interaction. from the theory of the water - soil interaction on, the interrelation of city construction, the variation of groundwater condition and the soil structure strength is analyzed and that the measure of soil structure and the significance which is by the water - soil interaction is studied in this paper. at the same time, in the paper : the recourse of the soil structure strength is summarized ; the physical meaning of soil mini - scale structure is defined ; the measure of soil structure is classified ; the four basis forms of the water - soil interaction is induced ; the chemistry mechanism of the water - soil interaction is discussed

    通過水化學組份與土強度間的相關性分析，提出水化學組份的變異可以映射水土作用下土強度的變異；從水土作用的理論出發，分析了域市建設、地下水環境變異與土結構強度間的相互關系，研究了土的結構尺度及其在水土作用中的意義：總結了土的結構強度的來源、定義了土細觀結構的物理涵義井劃分了土的結構尺度及層次、歸納了水土作用的四個基本形式、討論了水土作用的化學作用機理。
  6. Through the analysis and calculation the conclusion can be made that during the process of the timbering of excavation, the magnitude of soil stress decreases with the increase of the displacement on the base of the still earth pressure, and the earth pressure distribution varies from the triangular distribution of the still earth pressure to other distribution with the displacement of the timbering structure. the thesis introduces the bedding coefficient in the horizontal direction varying with the soil displacement from soil - structure interaction mode, therefore calculation can be made to get more rational calculation result using elastic foundation finite element method which is the same to timbering structure both upwards and under excavation surface

    通過分析計算可以得出，在基坑支護過程中，土壓力的大小在靜止土壓力值的基礎上隨支護結構向坑內側位移增大而減小；土壓力的分佈由靜止土壓力的三角形分佈隨支護結構位移變化成其它分佈；由土-結構共同作用模式引入隨土體位移變化的水平向基床系數，使支護結構在開挖面以上部分同以下部分一樣，均可採用彈性地基有限元法進行計算，得出更為合理的計算結果。
  7. Professor ko s research interests are centrifuge modelling, earthquake engineering, mechanical properties of soil and rock, constitutive modelling and soil - structure interaction. he has published over 200 publications in these areas of research interests

    高教授的研究興趣包括離心模擬地震工程土石的力學性質本構模型和土與結構相互作用，發表的學術性文章超過200份。
  8. The characteristics of dynamic soil - structure interaction systems under dynamic loads are very complicated

    土-結構動力相互作用系統，在動力荷載作用下的性態非常復雜。
  9. Therefore, study on dynamic properties of cement mixed pile foundations and the soil structure interaction during earthquakes is of great theoretical and practical importance in seismic design. this dissertation studies the static and dynamic properties of cemented composite foundations systematically through tests and parameters of duncan - chang model and hardin - drnevich model are generalized. the seismic acceleration is conversed and used as input acceleration through nonlinear method

    本文通過試驗系統地研究了水泥攪拌樁復合地基的靜力和動力特性，得到了復合地基的靜力duncan ? chang模型參數和hardin ? drevich非線性彈性動力模型參數，採用非線性方法對地震加速度進行了反演並將之作為基巖輸入加速度。
  10. Application of simplified pile model in soil - structure interaction analysis

    結構相互作用分析中的應用
  11. Through analyzing the data of a series of shaking table tests of dynamic soil - structure interaction ( ssi ) system with soft to hard soils, the transfer of earthquake wave in various ground soils is in vestigated

    摘要通過對地基土質從軟到硬的三個階段結構地基動力相互作用體系振動臺模型試驗所取得數據的對比分析，討論了不同土性地基對地震波傳遞的影響。
  12. In order to study soil - structure interaction behavior, the finite element analysis for the strip footing subjected to both vertical and lateral loads, and foundation layer reinforced with sheet pile are considered

    為研究土體構造物的共同作用性能，利用鋼板樁加強的地基基礎進行了有限元分析。
  13. The inherent vibration properties analysis of pile - soil - structure interaction system

    結構動力相互作用體系自振特性的分析
  14. Effects of soil - structure interaction on the responses of structure to wind - induced vibration

    結構相互作用對結構風振響應的影響
  15. Prof. bolton specializes in soil mechanics and soil - structure interaction

    Professorbolton專注研究土力學和土結構共同作用的問題。
  16. Some examining viewpoints on numerical modeling of the interface behavior in soil - structure interaction problems

    結相互作用界面力學行為的數值模擬
  17. Nonlinear seismic response analysis for high - rise frame structure considering soil - structure interaction

    結構相互作用高層框架結構非線性地震反應分析
  18. With the consideration of soil - structure interaction, process of multi - staged construction, a plane fem model for simulating excavation is established, which is used to analyze and discuss the behaviors of excavation

    在考慮土與結構相互作用的基礎上，採用二維平面有限元法建立了深基坑有限元模型，並模擬其復雜的分步開挖過程，對基坑性狀的進行了分析和探討。
  19. In this paper, shaking table tests of dynamic soil - structure interaction ( ssi ) system are designed and carried out

    本文設汁實現了結構-地基動力相互作用體系的振動臺試驗，通過試驗研究了動力相互：作用體系的地震動反應的主要規律。
  20. Based on the basic theory of soil - structure interaction, a finite element model for the analysis of soil - buried structure dynamic interaction is built with ansys program in this paper, some subroutines are programmed in apdl for the time - history seismic analysis

    本文根據土-結構動力相互作用的基本理論，在ansys上建立了土-地下結構相互作用的有限元模型，利用ansys的二次開發語言apdl編制了時程分析的子程序段。
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