水翼 的英文怎麼說

中文拼音 [shuǐ]
水翼 英文
hydrofoil; foil水翼船 hydroplane; foil; [交通運輸] hydrofoil boat; 水翼艇 foilcraft; hydrofoil boat; [船舶工程] hydrofoil vessel
  • : 名詞1 (由兩個氫原子和一個氧原子結合而成的液體) water 2 (河流) river 3 (指江、河、湖、海、洋...
  • : Ⅰ名詞1 (翅膀) the wing of a bird 2 (像翅膀的東西) the wing of an aeroplane etc : 鼻翼 wing of...
  1. Another solution is to have adjustable foils.

    另一種辦法是裝上可調水翼
  2. Discussion of stability of hydrofoil craft in wing navigation

    水翼航時穩性探討
  3. Discussion about design of yacht hydrofoils

    水翼遊艇設計探討
  4. Specification of model resistance test for self - stabilized hydrofoil craft

    自穩式水翼艇模型阻力試驗規程
  5. I think this is where they came up with the idea for the hydrofoil

    我想這里就是他們想出水翼的主意的地方
  6. Laird assured us that the hydrofoil fin makes the board glide above the water

    萊爾德向我們保證水翼可以讓板在面以上滑行
  7. Hydrofoil shape vehicle

    水翼型拖曳體
  8. Twin - hull hydrofoil

    雙體水翼
  9. Lift of hydrofoil

    水翼升力
  10. Observation of supercavitation aspects around a hydronautics foil

    水翼超空化的發展及其形態特徵
  11. This had a hovercraft like engine and also worked on the magnetic energy fields like the space crafts

    它有一個象水翼船一樣的引擎,工作原理與飛行器一樣,也是利用磁能場。
  12. Up to now, large number of contemporarily - advanced vessels of different types have been successfully completed in china, among which were multi - purpose offshore support vessels, large reefer container vessels, shuttle tankers, roro vessels, oil product carriers and highly - speedy aluminum alloy hovercrafts etc.

    迄今為止,我國已先後成功地建造了具有當代先進平的多用途船、大型冷藏集裝箱船、大型穿梭油輪、汽車滾裝船、成品油輪和鋁合金高速水翼船等。
  13. The history of the foil boards from our group.

    說到我們組里的水翼板的來歷. .
  14. The history of the foil boards from our group

    說到我們組里的水翼板的來歷
  15. The foil board ' s ability to catch a wave early.

    水翼板早早趕上浪. .
  16. The foil board ' s ability to catch a wave early

    水翼板早早趕上浪
  17. The foil boards that we ' re riding.

    我們用的水翼板. .
  18. In order to improve hydrodynamic performance of a ferrying raft, two hydrofoils are set in the raft ' s wetted hull, which will control the flow field near the wall surface

    摘要為了改善門橋的動力性能,增設了對近壁面流場進行流動控制的水翼
  19. Experimental data from the towing tank tests show that the hydrofoils give more water - drags on the raft ' s hull, and that the hydrodynamic performance of a ferrying raft will be improved by rational designs of the hydrofoils ' profile, angles of attack as well as the position of hydrofoil on the hull

    船模池中的模型拖曳試驗表明,盡管水翼會增加門橋的阻力,但只要合理地設計水翼型、攻角和安裝位置,可以改善和提高門橋動力性能。
  20. The main work in this paper includes three parts : the theory research on partially - cavitating and super - cavitating axisymmetric bodies, the numerical computations and experimental investigations on partially - cavitation and super - cavitation on axisymmetric bodies. after finishing the study of theory and experiment on the partially - cavitation and super - cavitation for axisymmetric body, i use the potential flow theory to build the mathematical model on the partially - cavitation and super - cavitation for axisymmetric body. many cavity wake models, such as pressure recovery close model, riabouchinsky model and re - entrant jet model, are studied seriously

    本文在深入研究了回轉體局部空化與超空化理論及實驗結果的基礎上,基於勢流理論,建立了回轉體局部空泡和超空泡流場的基本數學模型,通過對kinnas和fine 、 uhlman以及jiedang和gertkuiper等人基於二維水翼提出的壓力恢復閉合模型、鏡像板模型和回射流模型等空泡尾流模型進行了逐一的研究分析,發現其中的壓力恢復閉合模型較適用於模擬回轉體空泡尾部流場,並選用此空泡尾流模型作為求解回轉體空化流場正問題與逆問題的數學模型的組成部分。
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