A negative bowed blade increases the flow separation and the flow performance is reduced remarkably.
反弯则使得叶栅内分离趋势增加，气动性能明显降低。
The results show that a positive bowed blade can restrain the corner separation and change the separation configuration, while it can not avoid the flow separation on the suction surface.
结果表明，正弯可以有效遏止角区分离，改变吸力面的分离形态，但不能完全消除吸力面的分离。
The primary goal of this paper is to discuss the engineering application of the bowed and twisted blade on sub-last and last stages of steam turbines.
本文的主要目的是讨论弯扭叶片在大功率汽轮机低压缸末级和次东级的工程应用问题。
The control stage of improved 300MW steam turbine used bowed static blade cascades with convergent tip endwall and integral shroud triple pin rotating blades.
优化了300MW汽轮机的调节级，采用了子午面端壁收缩的弯曲叶栅，动叶为自带围带三销钉三联叶片，再用铆接围带形成整圈联结叶片。
Flow fields in a bowed and a straight turbine blade channels were simulated with 3d N-S solver.
对某型涡轮正弯及直叶栅流场进行了三维粘性求解。
Flow fields in a bowed and a straight turbine blade channels were simulated with 3d N-S solver.
对某型涡轮正弯及直叶栅流场进行了三维粘性求解。
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