立面剖視圖 的英文怎麼說

中文拼音 [lìmiànpōushìtú]
立面剖視圖 英文
sectional elevation
  • 立 : 動1 （站） stand; remain in an erect position 2 （使豎立; 使物件的上端向上） erect; stand; set up...
  • 面 : Ⅰ名詞1 （頭的前部; 臉） face 2 （物體的表面） surface; top 3 （外露的一層或正面） outside; the ri...
  • 剖 : [動]1. （破開） cut [rip] open 2. （分辨; 分析） analyse; examine; dissect
  • 視 : Ⅰ動詞1. （看） look at 2. （看待） regard; look upon 3. （考察） inspect; watch Ⅱ名詞（姓氏） a surname
  • 圖 : Ⅰ名詞1 （繪畫表現出的形象; 圖畫） picture; chart; drawing; map 2 （計劃） plan; scheme; attempt 3...
  • 立面 : aufriss
  1. The thesis offers the idea of applying the techniques of data - administration, computer transaction, computer graphic and the interaction between computer and people in the emulational research of the construction of three - dimensional geological modeling, which also succeeds in realizing the protracting of the administration of geological data, the layout of industrial section, complex section chart, complicated isoline chart and the three - dimensional geological modeling chart, and in providing valuable references for geological research and technological support for three - dimensional and complex geological research

    論文提出了運用數據庫管理技術、計算機處理技術和計算機圖視技術與人機交互技術建立三維地質建模與模擬研究的基本技術思路較成功地實現了地質數據管理、工區布置圖、復雜剖面圖、復雜等值線圖和三維地質模型圖的顯示與繪制，為地質科學研究提供了有價值的參考資料和三維復雜地學研究的技術支持環境。
  2. Engineering drawing has always been labeled as a practical subject. a combination of geometrical, building. mechanical and electrical drawing, it relates between theory and the picture of reality. engineering drawing will provide an accurate and complete ptcture for every object tn terms of shapes and sizes. usually, it is taught using the face - to - face teaching mode even in an odl environment. due to its nature, some students may find difficulty in imagining and interpreting the drawings. however, the availability of sophisticated technology provides the opportunity for the learning of engineering drawing to be enhanced via online. a web - based system for teaching and learning engineering drawing was developed based on a constructivism model. the web - based system is tailored for several topics of engineering drawing such as orthographic projection, sectional view, isometric and oblique drawing at the secondary level. the learning strategy consists of multiple phases beginning with introduction, concept learning, engineering drawing method, application and exercises. during introduction, students will be exposed to an overview of the topic followed by learning of specific concepts. the system provides a learning environment that allows engineering students to view objects from different angles, such as third angle projection and first angle projection as well as views of plans, side and front elevations. after learning about the concepts, students wilt be guided through the various steps in drawing methods for each topic via animations and simulations. learners are able to view any section repeatedly. examples of real application of engineering drawings were also given using graphic, animations and video. to evaluate students understanding, exercises were given at the end of each session

    工程制圖一直被認為是一門實踐性學科，其整合了幾何學、建築、力學、電子制圖等，從而將理論與現實圖像聯系起來，工程制圖能為每個不同形狀、尺寸的物體提供精確的、完整的圖像.通常，即使在開放與遠程教育環境中，工程制圖的教學也是通過面對面的教學模式來進行的.由於其特殊性，一些學習者可能難以想象並解釋這些圖像.然而，尖端的技術使得可以通過在線的方式加強工程制圖的學習.研究者基於建構主義模式開發了一個面向工程制圖教學和學習的網路系統.該系統適用於幾種工程制圖，例如展開圖、刻面圖、等角圖和斜角圖.學習過程包括導論、概念學習、工程制圖方法，以及應用與練習等階段.在導論階段，系統為學習者提供了專題簡介，然後是概念學習階段.系統所提供的學習環境允許工程專業的學生從三維透視、一維透視、平面圖、側立面、正立面等不同角度來觀察物體.經過概念學習階段后，系統將引導學生通過動畫和模擬學習每個專題中制圖方法的不同步驟，學習者也能重復觀察任何剖面.另外，還通過圖像、動畫和視頻等方式展示真實的工程制圖應用案例.最後，為了評價學生的理解能力，在每部分內容後面都附有相關的練習
  3. This paper concludes the following items : the mutual transform between the graphics data and attribute data of 3d model and database the theory of 3d modeling based on discrete algorithm and techniques dealing with bifurcation orebody the technique of model render based on opengl the theory and algorithm of model interaction and division according to these theories, the built model can be used to realize the visualization of production designing, extraction of slices in any orientation and production index calculations

    論文從工程應用的角度出發，主要進行了以下幾個方面的工作：三維模型的空間數據和屬性數據與數據庫的相互轉換基於離散演算法的三維建模原理和分歧礦體處理技術基於開放圖形庫（ opengl ）的模型渲染技術模型交互、剖切原理與演算法實現基於該原理和方法建立的三維模型可用來實現生產設計可視化、任意方位剖面的剖切、各種生產指標的精確計算等。
  4. One distinct difference between mechanical and architectural drawings is, views, which express one type of functional components, are not in one paper, in general, when all of the views is in the same paper, the methods aim at mechanical drawings such as engineering drawing computer understanding or " the 3d reconstruction " can be used in architectural drawings

    建築圖樣和機械圖樣的一個顯著區別是：反映建築物功能部件形狀信息的平、立、剖面圖時常不在同一張圖紙中。論文第三章從功能部件的視圖表達方式入手，分析了面向功能部件圖形信息完整表達的不同種類施工圖組合形式，歸納出了功能部件的視圖關聯特徵，提出了基於視圖關聯的工程量信息獲取方法。
  5. The dissertation which based on the problems existing in coal industrial organization about the very scattered market structure, the market conduct of exceeded competition and the lower market performance etc, applying the scp theory, the theory of monopoly and competition, the theory of system science and other math method studies the market structure of coal industry, the market conduct of coal industry, the market performance of coal in dustry, the goal of coal industrial organization and the development of the ability of coal enterprise ' s self - organization. 1. the dissertation based on the scp theory which is the pattern of analyzing the coal industrial organization theory and the theory of monopoly and competition which is the basis of optimizing industrial organization

    本文正是力圖為我國煤炭產業可持續發展，針對煤炭產業組織存在的高度分散的市場結構、過度競爭的市場行為和難以為繼的市場績效等問題，採用壟斷競爭理論和scp理論及相關的系統科學理論和數學手段，通過實證分析煤炭產業的市場結構、市場行為、市場績效和煤炭產業組織目標及煤炭企業自組織能力成長，在煤炭產業組織優化理論方面進行了如下研究： 1 、以scp理論作理論分析範式，以壟斷競爭理論作為煤炭產業組織優化的目標依據，通過對我國煤炭產業市場結構、市場行為、市場績效以及產業組織優化目標模式與實現目標途徑等方面進行了系統的審視、剖析和研究，建立了煤炭產業組織優化的基本理論。
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