In the current study, the effects of a combined application between micro-vortex generator
and boundary layer suction on the flow characteristics of a high-load compressor cascade …

Secondary flow limits the aerodynamic loading level of turbomachinery. Vortex generators
(VGs) offer the potential to attenuate secondary flow when implemented at the endwall of the …

Driver-machine shared control scheme opens up a new frontier for the design of driver
assistance system, especially for improving active safety in emergency scenario. However …

It has been recently shown that Sub Boundary layer Vortex Generator (SBVG, abbreviated
as VG hereafter) can suppress the Cross-Flow (CF), and therefore, can eliminate corner …

Micro-vortex generator and a jet flow control technique are combined to improve the flow
performance of a high-load compressor cascade, and the injection position is further …

The secondary flow attracts wide concerns in the aeroengine compressors since it has
become one of the major loss sources in modern high-performance compressors. But the …

In this manuscript, to simultaneously inhibit multiple causes of corner separation and
therefore improve the flow around endwall as much as possible, the combined control by …

Boundary layer control plays a decisive role in controlling the performance of axial
compressor. Vortex generators are well known as passive control devices of the boundary …

In axial compressors, control of the secondary flow is crucial for enhancing aerodynamic
performance. Among various control strategies, vortex generators (VGs) are an effective …

Secondary flows are noxious to axial compressor performance. To overcome and control
those secondary flows, vortex generators are used as a passive control device. Controlling …