氣流彎曲 的英文怎麼說

中文拼音 [qìliúwānqū]
氣流彎曲 英文
flow curvature
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 流 : Ⅰ動1 （液體移動; 流動） flow 2 （移動不定） drift; move; wander 3 （流傳; 傳播） spread 4 （向壞...
  • 彎 : Ⅰ形容詞（彎曲） curved; bent; crooked; flexuous; tortuous Ⅱ動詞1 （使彎曲） curved; bend; flex 2 ...
  • 曲 : 曲名詞1 （一種韻文形式） qu a type of verse for singing which emerged in the southern song and ji...
  • 氣流 : 1 [氣象學] air current; airflow; wind current; airstream2 [語言學] breath氣流紡紗 open end spinni...
  1. The saw - tooth profile at the bottom of the barge board now features two ' teeth ' bending upwards to dramatically reduce turbulence, and therefore improve both cooling and airflow management close to the sidepods

    破風板底部呈現鋸齒狀，現在其中兩個牙齒向上彎曲，戲劇性地減低了亂流，也因此增進了冷卻的效率和側箱附近氣流的管理。
  2. As a consequence of this angular velocity, the field of the relative air flow past the airplane is curved.

    由於存在角速度，通過飛機的相對氣流流場是彎曲的。
  3. This curvature of the flow field alters the pressure distribution and the aerodynamic forces from their values in translational flight.

    流場的彎曲使壓力分佈和空氣動力與直線飛行時的值相比發生了變化。
  4. Effects of blade negative bowing on secondary flow, total pressure loss and outlet flow angle were analyzed quantitatively, mechanism of the effects was discussed as well

    定量地分析了葉片反彎曲對葉柵出口二次流、總壓損失和氣流角的影響，並探討了葉片反彎曲作用的機理。
  5. The results show that the negative bowing results in the " c " shape distribution of static pressure on blade surfaces, which is the main reason for the variation of characteristics of flowfield, however the aerodynamic performances of cascades can not be improved by negatively bowed blades

    結果表明：葉片反彎曲在葉片表面特別是吸力面建立了反「 c 」形壓力分佈，它是引起葉柵性能和流場變化的主要原因，但葉片反彎曲不能改善葉柵的氣動性能。
  6. There are two evident cyclonic eddies whose centers lie at 34 n, 164 band 33 n, 176 e, and two evident anti - cyclonic eddies whose centers lie at 33 n, 175 e and 32 n, 162. 5 e. the result seems to suggest a causal relation between the formation, evolution and disappearance of the eddy and the kuroshio meander path

    其中比較明顯的渦旋包括中心位置分別位於34on ， 164oe和33 「 n ， 176 「 e附近的兩個氣旋渦和中心位置在33on ， 175oe和32on ， 162 . 5oe的兩個反氣旋渦。本文認為渦旋的形成、發展與消亡與黑潮路徑的彎曲程度以及主軸流速的大小有著密切的因果關系。
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