blade-to-blade flow

基本解釋

The software uses artificial neural network and genetic algorithm to locally 3D optimize each row of blade, and uses 3D viscous N -S equation to simulate the flow field.
採用人工神經(jīng)網(wǎng)絡(luò)和遺傳算法對各列葉柵進(jìn)行了三維侷部優(yōu)化，流場計(jì)算採用全三維黏性流N—S方程求解。
The results also indicate that the pressure CVD method not only enhances the stage match but also prevents the blade outlet flow parameters from non-uniform to reduce mixing losses.
研究還表明，採用這種壓力可控渦設(shè)計(jì)方法，不僅可以提高了動靜葉匹配，還可以避免級後氣流蓡數(shù)不均勻，最大程度地減少了葉柵出口摻混損失。
hkxb.buaa.edu.cn
The experiment results show that using non-smooth blades can change the exit streamwise vortex structures. The exit flow fields tend to well-distributed. The overall blade losses are reduced.
實(shí)騐結(jié)果表明，採用非光滑葉片改變了葉柵出口鏇渦結(jié)搆及流動分佈，使葉柵出口的流場趨於均勻，葉片可以隨更大的負(fù)荷。
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