科學計算 的英文怎麼說

中文拼音 [kēxuéjìsuàn]
科學計算 英文
real computing made real
  • 科 : Ⅰ名詞1 （學術或業務的類別） a branch of academic or vocational study 2 （機關按工作性質而分設的單...
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  • 計 : Ⅰ動詞1 （計算） count; compute; calculate; number 2 （設想; 打算） plan; plot Ⅱ名詞1 （測量或計算...
  • 算 : Ⅰ動詞1 （計算數目） calculate; reckon; compute; figure 2 （計算進去） include; count 3 （謀劃;計...
  • 科學 : science; scientific knowledge
  • 計算 : 1 （求得未知數） count; compute; calculate; reckon; enumerate 2 （考慮; 籌劃） consideration; pla...
  1. Asc advanced science computer

    高級科學計算機
  2. This research work on bird striking has a long history and already got plentiful achievemellts in theories and experiments, howevef, still a long way no doubt waits to go for sophisticated research work on it more detailed to apply to airframe engineering quantitatively in combination wth the technical reformation of the birdstrike experimelltal system in our laboratory, this thesis deeply studies and analyses the numerica1 computation and simulation methods to birdstrike dynamic response problem based on finite - elemefit - method ( fem ) numerical emulation and modem large - scale scientfic computation software

    本文結合我公司鳥撞實驗體系技術改造項目，應用有限元數值計算模擬技術及現代大型科學計算工具，對鳥體撞擊飛機風擋結構的動力學響應問題進行了系統學習與研究探討，初步掌握了科學計算方法，獲得了計算模擬的實踐經驗，為今後深入應用大型科學計算手段進行撞擊類科學問題的研究以及深入應用於工程實踐奠定了強有力的工作基礎。
  3. The scielltific computational theories and methods on bird strike to the windshield of aircraft have been systematically studied and summed up in this thesis, such as fem comptltational principles and procedures to elastic dynamic problems under the conditions of small and non - linear finite deformation, 3d viscous elastic constitutive theory and incremelltal expression under the consideration of the rate effect of non - metallic materials like the aircraft windshield, and the numerical compatational principles and key constitutions for impact - contact dynamic subjects

    2 、系統學習並歸納總結了鳥體撞擊風擋結構問題中的科學計算理論與計算方法。按照鳥撞問題數值計算方法逐步深入的思路，系統總結了小變形結構動力學有限元數值計算方法、有限變形的幾何非線性有限元數值計算方法、粘彈性體非線性形變的本構物理關系；對于實施復雜結構有限元動力學計算的載荷增量方法提出了對newmark差分的改進以及進行材料與幾何非線性數值計算的細致步驟。
  4. In the later eightieth, the notion of visualization was established, during the ten years, the computer and computing technology developed and the observation facility advanced, we have got abundant data, and it is hundreds of times or thousands of times than the past. scientists often have to treat data measured by hundreds of megabyte or thousands of megabyte, and have difficulty in treating so large quantity of data

    科學計算可視化的概念是80年代末被正式提出的，在這十多年裡，計算機與計算技術飛速發展，數據觀測儀器設備有很大的進步，生成了大量的科學數據，數據量級增長了百倍至千倍。
  5. Isoline analyzing is a fundamental and important part in visualization in scientific computing

    等值線分析是科學計算可視化的一個基礎而重要的研究內容。
  6. Discussion on computer assisted instruction of otorhinolaryngology

    耳鼻咽喉科學計算機輔助教學的探討
  7. Scientific computing study on growth mechanism of spinel

    尖晶石晶體生長機理的科學計算研究
  8. The paper presents several aspects in partition rectification and visualization of raster image. adopt technology of visualization for scientific calculation, vector diagram of deformation 、 contour chart of deformation and drawing of three - dimensional are realized. delaunay tin in view of deformation feature is constructed on base of selected grid control points and methods and mathematical models for partition rectification are realized based on the delaunay tin. software of geometric rectification for large scales are realized and applied in project

    本論文針對柵格影像的變形可視化及分塊糾正展開研究，取得了以下幾方面的研究成果：一、採用科學計算可視化技術，繪制變形矢量圖、變形等值線圖和三維效果圖，實現了柵格影像變形特徵的可視化；二、提出了在格網控制點（ gcp ）數據基礎上選擇性構造顧及變形特徵的delaunay三角網，並基於構造的三角網實現了分塊糾正的方法和數學模型；三、採用vc編制了影像幾何糾正軟體，實現大比例尺掃描地形圖的糾正，並在工程中得到應用。
  9. To analyze beaux - arts, the authors indicates that nowadays chinese architectural education, which originated from beaux - arts, faces a lot of challenges in a blank new situation as followings : the enrollments shift from art students to scientific ones, whether the architecture is a kind of craftsmanship or a real academic subject, cad as a double - edged sword, the passive basic education is stroked by a positive top education, the necessity and possibility of technology education

    摘要在分析布薩建築教育體系的基礎上，指出經濟轉型時期中國建築教育面臨的若干挑戰，如生源類型的轉移、學手藝還是學科學、計算機輔助設計雙刃劍、基礎教育受到自發明星教育沖擊和技術教育弱點等問題。
  10. The word " schema " first appeared in kant ' works at that time, kant attempt to combine the knowledge category with the perceptual object by scheme to find its great influence on knowledge acquisition, but his scheme was priori in the history of modern psychology, the gestalt school was the first one who payed attention to schema at the general theory level, and jean piaget also thought highly of schema, his theory was called schema theory, but this theory neglect the function of society and education, that is to say, in some degree his scheme theory has the incline of biologization

    但其理論忽視社會和教育的作用，因此，其圖式學說存在一定程度的生物化傾向。從心理學史發展的另一條線?經驗主義來看，重視過去經驗的作用，認為圖式具有積極主動加工的特點。現代圖式理論是在吸收了理性主義和經驗主義，又在信息科學、計算機科學的發展以及心理學關于表徵研究的基礎上，於20世紀80年代興起。
  11. Technology of medical image data visualization is a main application of technology of visualization in scientific computation

    醫學影像數據可視化技術是科學計算可視化在醫學領域的重要應用。
  12. Hence modern computers evolved from these basic motivations of scientific calculations.

    也就是說，現代計算機是由於科學計算的推動而得到發展的。
  13. Scientific visualization is a relatively new computer - based field that is in rapid and constant progress ; hence one of the primary concerns in design a new visualization system is the extendibility to embrace newly emerging technology

    可視化技術已經成為cfd研究領域具有特別重要意義的研究方向。科學計算可視化是一個新興的發展特別迅速的領域，新的可視化技術日新月異。
  14. Intelligence science. tsinghua university press, 2006. 3 kirsh d. foundations of artificial intelligence : the big issues

    最近20多年來，視覺信息加工的機制是認知科學神經科學計算機科學等學科研究的重大課題之一。
  15. Diamonds are believed to have mystical powers to ward off any dangers and to protect the wearer from bad dreams and demons. one very important trait to remember about diamonds is that they enhance the power of other stones

    鉆石具有較高的折射率和色散率，所以人們按照經科學計算的切割比例和精確的加工工藝對它進行琢磨使其亮度、火彩予以充分展露，這就是鉆石璀璨奪目奧秘所在。
  16. Even its name is derived from the greek word adamas, which means invincible. aristocratic families wore diamonds to ward off the plague that hit europe, black death. diamonds are believed to have mystical powers to ward off any dangers and to protect the wearer from bad dreams and demons

    鉆石具有較高的折射率和色散率，所以人們按照經科學計算的切割比例和精確的加工工藝對它進行琢磨使其亮度火彩予以充分展露，這就是鉆石璀璨奪目奧秘所在。
  17. Morphing is the continuous smooth and natural transformation of a source object into a target object, where the object can be a numerical image, curve, surface, mesh, etc. morphing has very wide use in many areas, such as computer graphics, animation design, industrial modeling, science computation visualization, film stunt, etc. this paper makes researches on the morph of compatible planar triangulations and that of planar polygons, and the main results are as follows : 1 ) morph of compatible planar triangulations : this paper presents a convexity - preserving method for morphing compatible planar triangulations with different convex boundaries

    變形，是指從初始物體到目標物體的連續、光滑、自然的過渡（這里的物體可以是數字圖像、曲線、曲面、網格等） 。變形在許多領域有著十分廣泛的應用，如計算機圖形學、動畫設計、工業造型、科學計算可視化、電影特技等。本文對同構平面三角網格的變形和平面多邊形的變形進行了研究，主要的研究結果如下： 1 ）同構平面三角網格的變形：提出了具有不同凸邊界的同構平面三角網格的保凸變形方法。
  18. Call it a scientific miscalculation

    叫它「科學計算錯誤」好了
  19. This can be useful in scientific calculations requiring high precision

    這在需要高精確度的科學計算中非常有用。
  20. It plays a very important role in many application, according to the point of mathematics point, its mostly application originate from equations of mathematical physics, difference equations, markov process, and so on, its purpose is to solve the problems of solid, fluid, electromagnetic, microscopic particles, system control, and etc. in practical science research and engineer applications, such as, architecture project, research of aeronautics and astronautics, bioscience, computing physics and oil reconnoiter, many large scale generalized eigenvalue problems need to be solved

    它在很多應用中扮演非常重要的角色，從數學角度來看，矩陣特徵值問題的應用大多來自數學物理方程、差分方程、 markov過程等。目的是為了計算固體、流體、電磁、微觀粒子、系統控制等重大問題。在實際的科學研究與工程應用中，比如在建築工程、航空航天研究、生物科學、計算物理以及石油勘探中，都要涉及到大規模矩陣廣義特徵值問題的計算。
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