This study experimentally determines high-frequency aeroacoustic noises of the high-speed
dual-impinging jet, focusing on the generation and evolution mechanism between …

This paper presents the utilization of fast-responding pressure-sensitive paint (fast PSP) to
identify the discrete tonal noise generated in 55 deg inclined jet impingement. Cases of …

Linear data-driven methods have demonstrated being effective denoising filters for image-
based techniques. On the downside, they are still challenged by conditions of extremely low …

The tiny pressure fluctuations across the end wall of the resonance tube at different
frequencies were captured using fast pressure-sensitive paint (fast PSP) and the phase-lock …

Lateral jet interactions, commonly encountered in high-speed vehicles, are typical complex
three-dimensional (3D) shock wave/boundary layer interactions. The spatiotemporal …

Time-resolved (TR), three-dimensional (3D) velocity fields of screeching, underexpanded
jets are estimated using non-time-resolved particle image velocimetry and simultaneous TR …

Three-dimensional effects of sidewalls on the low-frequency unsteadiness of the shock-
wave/boundary-layer interaction (SBLI) are of academic and practical importance but not yet …

The surface pressure field generated by a supersonic impinging jet on a vertical flat plate
was measured using a pressure-sensitive paint (PSP) and a double-pulsed laser. The Mach …

The acoustic, velocity, and surface pressure fields of vertical jet impingement are studied
utilizing pressure sensors, particle image velocimetry, and pressure sensitive paint …

Two evaluation indexes were proposed to select the optimal PSP for unsteady pressure
measurement from various PSPs with different pressure sensitivity and frequency response …