实验流体力学2012，Vol.26Issue(2)：34-37,4.
斜出口合成射流激励器S进气道分离流动控制
Separation flow control of beveled synthetic jet actuator in S-shaped inlet
李斌斌 1程克明 1顾蕴松1
作者信息
- 1. 南京航空航天大学航空航天学院,江苏南京210016
- 折叠
摘要
Abstract
Design and process a type of beveled synthetic jet actuator with single membrane and dual chambers, and its application in the S-shaped inlet active flow control has been studied by using PSI DTC initium pressure scanning system. The results show that beveled synthetic jet actuator can suppress flow separation in S-shaped inlet, improve the total pressure recovery coefficient σ and reduce the pressure distortion DC90. Only by changing the actuator operating voltage and frequency, the flow control can be achieved within the S inlet. At the resonance frequency of synthetic jet actuator and the stream velocity V=80m/s, using beveled synthetic jet actuator can increase the total pressure recovery coefficient by 0. 37%, when the energy consumption of synthetic jet is only 0. 24% of the main stream.Design and process a type of beveled synthetic jet actuator with single membrane and dual chambers, and its application in the S-shaped inlet active flow control has been studied by using PSI DTC initium pressure scanning system. The results show that beveled synthetic jet actuator can suppress flow separation in S-shaped inlet, improve the total pressure recovery coefficient σ and reduce the pressure distortion DC90. Only by changing the actuator operating voltage and frequency, the flow control can be achieved within the S inlet. At the resonance frequency of synthetic jet actuator and the stream velocity V=80m/s, using beveled synthetic jet actuator can increase the total pressure recovery coefficient by 0. 37%, when the energy consumption of synthetic jet is only 0. 24% of the main stream.关键词
斜出口合成射流激励器/S进气道/边界层分离/流场测量/流动控制Key words
beveled synthetic jet actuator/S-shaped inlet/boundary layer separation/flow field measurement/ flow control分类
数理科学引用本文复制引用
李斌斌,程克明,顾蕴松..斜出口合成射流激励器S进气道分离流动控制[J].实验流体力学,2012,26(2):34-37,4.
