The top blade clearance flow image of rotor was taken by intuitionistic smoke display technology successfully.
采用直观的烟雾显示技术成功地捕捉转子叶顶间隙泄漏流动图像。
The boundary layer thickness of the forward skewed rotor decreases in the top of blade due to reduction of the secondary flow loss. This fact conforms with experimental investigation.
得出了叶片周向前弯后， 叶顶部分的附面层减薄， 二次流损失减小的结论， 与实验结果吻合；
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