numerical methods of integration 中文意思是什麼

numerical methods of integration 解釋
數值積分法
  • numerical : adj 數字的;數值的;用數字表示的。 (a) numerical order 號數。 a numerical statement 統計。 the ...
  • methods : (方法):是指定給對象的函數。在函數被指定給對象之後,該函數就可以被稱為是該對象的方法。
  • of : OF =Old French 古法語。
  • integration : n 1 結合;綜合;一體化。2 【心理學】整合(作用)。3 【數學】積分(法) (opp differentiation)。4...
  1. Chapter 1 deals with the numerical simulation method. chapter 2 deals with the monte carlo methods. the monte carlo integration that the domain of integration is curved or complex connected curved polyhedron and the integrand has singular points is discussed in this chapter

    第二章討論了用montecarlo數值模擬方法求積分區域為曲面體和積分區域為復連通曲面體的情形,且被積函數有奇異點。
  2. Research and improvement of teaching methods to gauss numerical integration formula

    高斯求積公式教法研究與改革
  3. The graphical realization methods for interactive calculation of transitional state are presented. based on the graphical realization principle, the transitional modulus calculation and composing calculation can be replaced by the graphical obtaining operation and graphical synthesizing operation respectively. and the heavy and complicated numerical calculation can be avoided during the description, extraction and integration of the transitional information

    提出了面向過渡狀態交互運算的圖形化實現方法,通過圖形參量與物性參量、圖形參量與特徵參量等關聯的建立,以過渡率特徵的圖形化獲取技術與合成技術分別取代過渡率特徵運算與合成運算,利用可視化手段有效地避免了過渡狀態信息描述、提取與綜合過程中各類復雜繁瑣的非線性數值運算。
  4. The teclinique of varying order and step size of integration is researched according to the truncation error controi. the study results have established the theory bases for the numerical integral methods of the full dynandc simulation

    並研究了根據積分的截斷誤差控制,自動變階變步長的技術,為電力系統全過程動態模擬技術中的數值積分方法奠定了堅實的理論基礎。
  5. This paper takes rock mass structural plane that influences the stability of rock mass construction as the main subject of investigation and the underground mining in chengchao iron mine as an illustrating example. for a systematic study of the mechanical features of rock mass structural plane and of measures to control the rock mass structural plane, the methods of theoretical analysis, field survey, computer simulation, numerical calculation and engineering practice are employed jointly, aided by the integration of macro - study with micro - study, qualitative approach with quantitative one and theory with practice. the principle of combining rock mechanical theories with engineering practice is followed from beginning to end, which makes it possible to apply theoretical results to engineering practice, perfect the research method in raising the structural stability of underground construction and solve problems with production in enterprises

    本論文以影響巖體工程穩定性的巖體結構面為主要研究對象,以程潮鐵礦地下采礦為例,採用理論分析、現場調查、計算機模擬、數值計算和工程實踐等多種研究方法,將宏觀與微觀、定性與定量、理論與實踐相結合,系統地研究巖體結構面的力學特徵,研究控制巖體結構面的方法、手段和措施,旨在將巖石力學理論與工程緊密結合,使理論成果能夠在工程實踐中得到應用,不斷完善提高地下工程結構穩定性的研究方法,解決企業生產難題。
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