The cooling effectiveness of pressure side of blade was higher than suction side.
层板叶片压力面的冷效略高于吸力面。
The results indicate that there is a low energy region in the suction side near the outlet of the impeller.
计算结果表明，在叶轮的出口附近靠近吸力面一侧存在一个低能区，而压力面一侧能量相对较高。
Endwall transverse movement has greater influence on flow separation structure in corner region than separated suction side boundary layer.
端壁横向流动对角区流动分离结构的影响大于吸力面附面层的分离。
应用推荐