mechanics of rock masses 中文意思是什麼

mechanics of rock masses 解釋
巖體力學
  • mechanics : n. pl. 1. 〈作單數用〉力學 〈cf. statics; kinetics; kinematics〉; 機械學。2. 〈作復數用〉結構;構成法;技巧。
  • of : OF =Old French 古法語。
  • rock : n 1 巖,巖石,磐石,巖壁;卵石;〈常 pl 〉〈美口〉石子兒;暗礁,巖礁。2 〈the R 〉直布羅陀 (Gibr...
  • masses : 包塊
  1. There are many different scale weak - faces in rock masses. the existing of weak - face not only breaks the integrity but also affects the mechanics property and failure model of rock masses

    巖體中存在著各種不同尺度的弱面,弱面的存在不僅破壞了巖體的整體性,而且直接影響巖體力學性質和破壞方式。
  2. Main works : fractal and mechanism of forming fractal of fault surface in rock masses is analyzed and examined with it ' s affect on failure process of mining rock masses ; fractal curves are constructed with matlab to simulate the fault surface. similar material modeling is carried out and the fractal weak - face effect of mining rock masses is studied. mechanics character of rock masses with fractal fault in mining condition is simulated with large finite element software an sys ; catastrophe model of fault activated by mining is constructed with catastrophe theory

    主要工作有:檢測和分析了巖體斷層面的分形性和斷層面分形的形成機制及其對采動巖體破壞的影響機理;運用matlab構造了分形曲線來模擬分形斷層面,進行了相似材料模擬實驗,研究了采動巖體的分形弱面效應;採用大型有限元軟體ansys模擬了含有分形斷層面的巖體在采動條件下的力學性態;運用突變理論建立了采動斷層活化的突變模型。
  3. Through the analysis of the mechanics and destruction feature of the fractured rock masses, the mechanics feature of fractured rock masses is analyzed with multi - laminate framework model

    通過對裂隙巖體的力學特性、破壞特徵的分析,應用多層結構模型理論來分析裂隙巖體的力學特徵。
  4. From the study we can see that : weak - face in rock masses is decisive in the mechanics character of rock masses ; further more fractal of weak - face has important effect on it

    研究表明,工程巖體中的弱面對巖體的力學特性起著決定性的作用,而且弱面的分形性也對其有重要影響。
  5. Therefore it is insufficient only see rock as research object in study of failure and stability of rock masses. appearance and direction of joint and weak - face, especially their mechanics property in rock masses is decisive in mechanics character of rock masses

    因此,在進行巖體破壞和穩定性研究時,僅僅以巖體為研究對象是不夠的,巖體內部包含的節理和弱面的狀態、方向,特別是其力學特性對巖體的性態起著決定性的影響。
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