wind-blade 中文意思是什麼
wind-blade
解釋
一刀斬-
This paper first discusses the advantages of the wind power generation and the wind turbine blade industry in china, including its development in the future and present situation, its main content is studying how to protect the wind engine blade
本文論述了風力發電的優勢及風力發電葉片產業在中國的發展及現狀，主要研究怎樣保護葉片。 -
Kzl series air clean filter to enter empty to is it stand to press since, the compressor and air conditioner imprison the wind system, blast furnace air - introduced machine of steel plant, gas turbine, air making oxygen raw materials air compressor filter, strain and contain a large number of dust except that among them, prevent from in dust particle long - time adjustment air current sports, to operated equipment above blade, impeller, flow dish and part lead to the fact the harm
Kzl系列空氣自潔過濾裝置kzl系列空氣自潔過濾裝置是對進入空壓站壓縮機及空調關風系統，鋼鐵廠高爐引風機燃氣輪機制氧原料空壓機的空氣進行過濾，濾除其中含有大量塵埃，避免灰塵粒子在長時間的調整氣流運動中，對以上運行設備的葉片葉輪流道及部件將造成損害。 -
The result of computer and analysis based on blade elements theory shows us that we can regulate the rotate speed of wind turbine rotor by changing set angle and pitch h. variable - pitch system is the key component of the whole wind turbine, which can assure safely pitch - control and brake
本文利用葉素理論，經計算分析得出：通過改變風力機安裝角可以改變槳距h ，從而改變風力機的轉速。變距機構是變槳距控制型風電機組實現變距控制和安全剎車的關鍵機構之一，它的運動由平動和轉動兩部分組成。 -
Jethro, you always been a blade of grass bends with the wind
傑斯洛，你永遠都是那種隨風倒的人 -
That legendary lothar ' s blade that was dropped during the second war. grants + 21 damage, + 10 agility, and a 9 second wind walk
10點的敏捷， + 21點的攻擊力，激活后（消耗125點的魔法，冷卻時間26秒） : 9秒疾風步（這段時間內首次攻擊可多加50偷襲傷害， + 15 %的移動速度） 。 -
Rubber board of flow oriented designation : ensure best scrape result of blade no matter the car is in high - speed or against the wind
橡膠導流板設計，保證在高速和逆風行駛的情況下，雨刮片都能夠保持極佳的刮試效果。 -
Covered by triangle coat this is to make sure the blade can scrape perfectly no matter the car is under high - speed or against the wind
覆蓋三角外形設計的外套保證在高速和逆風行駛的情況下，雨刮片都能夠保持極佳的刮試效果。 -
Then analytical measurements of the noise were carried out on both of the turbines by means of modern acoustic apparatus and a conclusion has been found that the noise of the concentrated wind energy turbine is lower than the one of the ordinary wind energy turbine and the root of the trouble to cause noise chiefly originates from the turbine blade. besides, the result of analytical measurement also reveals that the power output both of the wind energy turbines will increase with the increase of the wind speed and unfortunately does the noise too. in order to lower the noise, a measures of noise reduction have been advanced that an active method is to develop a wind energy turbine run at a lower rating of wind speed while the passive method is to adopt a board drilled tiny holes, having established a sound technological basis for the development of a kind of wind energy turbine of low noise and high level in the world
主要對濃縮風能型風力發電機在正常運轉時，噪聲產生的機理進行了理論分析研究，並與普通型風力發電機的噪聲進行了對比實驗分析；利用現代聲學測試手段對兩類機型進行測試與分析，得出濃縮風能型風力發電機產生噪聲低於普通型風力發電機和葉輪是風力發電機產生噪聲的主要部件的結論；通過對兩類機型的噪聲、輸出功率的測試，得出隨著風速的增加，兩類風力發電機的輸出功率在增加，產生的噪聲也在增加的結論；提出了進一步降低濃縮風能型風力發電機噪聲的措施，從主動降噪方面，研製低額定轉速的發電機；從被動降噪方面，採用微孔穿板的降噪結構；為研究開發一種國際上低噪聲、高水平的風力發電機打下了良好的技術基礎。 -
The outlet flowfield and static pressure on blade surfaces of the classical turbine stator cascades with straight and - 10 、 - 20 bowed blades were measured in the linear cascade wind tunnel
摘要在平面透平葉柵風洞中，測量了一種典型透平靜葉型直葉片葉柵和葉片彎曲角分別為- 10 、 - 20的反彎曲葉片葉柵的出口流場和葉片表面靜壓。 -
In this paper, schmitz theory is applied to design the blades of a 600kw horizontal - axis wind turbine, and aerodynamic performance of the wind turbine is analyzed by the theory of the blade element
本文應用schmitz理論設計了? 600kw水平軸風力機的葉片，同時應用葉片基元法理論分析了該風機的氣動性能。 -
Computer simulation analysis and optimization for wind turbine blade
工藝模擬分析及其優化 -
Abstract ： large horizontal axis wind turbine ( hawt ) runs in complicated environment, the load it endured is also very complicated. as the wind turbine become larger and because of the usage of the flexible tower and the glass fiber blade in hwat, the static and the dynamic problems of the hwat and it ' s component become more and more important
大型水平軸風力發電機組運行在復雜的自然環境中，所受載荷情況非常復雜，而且隨著風力機組的大型化發展，柔性塔架的出現、玻璃鋼葉片的應用，使得風力機及其零部件的靜動態問題更加突出。 -
Considering the trendency of wind turbine development and the problem in movement, referencing overseas correlation product, independently develops the wind turbine ' s vibration protection module of blade
針對風機的發展趨勢和運行中葉片保護的問題，參照國外相關產品，自行研製風力發電機組葉片振動保護模塊。 -
Some important conclusions, such as movement of some work conditions under the circumstances of cut - in wind speed 、 rated wind speed and extreme wind speed. verify the stall phenomenon that the blade produces when being too big because of angle of attack, are verified
驗證風力發電機在切入風速、額定風速和極限風速工況下的運行情況，驗證了葉片由於攻角過大時產生的失速現象等。 -
With the continuous enlargement in capacity of a wind - power generator, the efficiency improvement of electric power generation had been become more and more important. the variable - speed constant - frequency ( vscf ) power generation, which is served to reach maximum wind - energy capturing and utilization for a variable blade - pitch wind - turbine, is the studying hot - spot of the wind - power generation technique at present
隨著風力機組單機容量的不斷增大，提高發電效率已是風力發電研究的重要內容。採用變槳距風力機實現最大風能捕獲和利用的變速恆頻發電已成為當前風電技術的研究熱點。 -
In addition, aerodynamic stiffness and aerodynamic damping on the system are already obtained in the condition of fluid - structure interaction. it is known that aerodynamic loads are associated with blade vibration. the systematic eigenvalues are used to judge whether the flutter occurs so as to find the stable operating range of a wind turbine
本文把風力機葉片簡化為懸臂梁，對梁截面的二維葉型建模，完整推導了二維葉型的線性運動微分方程和流構耦合條件下系統的氣動剛度和氣動阻尼，此時氣動載荷與結構的位移矢量以及速度矢量是相互耦合的，再利用系統的特徵值來判斷葉片顫振是否發生，從而獲得風機的穩定工作范圍。 -
Film cooling of the surface of a gas turbine blade was studied in a large - scale low - speed opening wind tunnel according to actual requirement of the design of aero - engine. the surface of a gas turbine blade was cooled by cylindrical holes in the experiment, with the hole number of fifteen in stator and eight in rotor
應航空發動機設計的要求，在大尺寸低速葉柵傳熱風洞中分別對發動機渦輪導向葉片和動葉表面的氣膜冷卻特性進行了研究，具體研究在不同氣膜孔出流時，在不同主流雷諾數和吹風比情況下葉片表面局部換熱系數的分佈規律。 -
Receive the simulation operation of strength to the blade especially, calculate displacement of typical operating mode separately, strength, stress, meets an emergency and reacting force, and calculates the displacement. find out the law of distributing. the results are analyzed combined with the actual work circumstance of the wind turbine
重點對葉片進行受力模擬運算，分別計算典型工況下的位移、受力、應力、應變和反作用力的分佈規律，結合風機工作中的實際情況，對結果進行了分析。
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