Experimental and computational data and field data obtained from measurements are often
sparse and noisy. Consequently, interpolating unknown functions under these restrictions to …

This paper concerns the interaction of an oblique shock wave with a supersonic turbulent
boundary layer over a thin panel surface, leading to shock–boundary layer interaction and …

We present direct numerical simulations of the shock wave boundary layer interaction (SBLI)
at Mach number 2.9 over a 24 ramp. We study both the numerical accuracy and flow …

A direct numerical simulation of the interaction between a shock wave and the supersonic
turbulent boundary layer in a compression–decompression corner with a fixed 24 deflection …

The work describes a systematic optimization strategy for designing hypersonic inlet intakes.
A Reynolds-averaged Navier-Stokes database is mined using genetic algorithms to develop …

Deep learning has been going through rapid advancement and becoming useful in scientific
computation, with many opportunities to be applied to various fields, including but not limited …

We present a wavelet analysis of supersonic shock-boundary-layer interaction. We have
used direct numerical simulation data for supersonic flow over a compression ramp and …

The dynamic coupling between a Mach 1.94 shock wave/turbulent boundary layer
interaction (SBLI) and a flexible panel is investigated. High-order numerical simulations are …

This paper concerns the interaction of an im**ing shock wave with a supersonic turbulent
boundary layer over several distinct and permanently deformed surfaces, resulting in …

Upscaling flow features from coarse-grained data is paramount for extensively utilizing
computational physics methods across complex flow, acoustics, and aeroelastic …