A class of high-order shock-capturing schemes, P n T m-BVD (Deng et al., 2019; Deng et al.,
2020) schemes, have been devised to solve the Euler equations with substantially reduced …

The present study employed direct numerical simulation to investigate the supersonic flow of
Mach 3 in a bent pipe with a curvature of 0.0825, elucidating the dynamic mechanism of …

Abstract Large Eddy Simulation (LES) has been employed for the investigation of
supersonic flow characteristics in five ducts with varying cross-sectional geometries. The …

This study investigates the characteristics of a turbulent boundary layer in a curved circular
pipe under an inflow of Ma= 3.0. The pipe consisted of a straight part and a curved part with …

Large-eddy simulations and nanoparticle-based planar laser scattering experiments are
conducted to investigate various physical aspects of transverse sonic jets injected into a Ma …

We propose a way to maintain strong consistency and perform error analysis in the context
of dissipation-based WENO stabilization for continuous and discontinuous Galerkin …

The generation of turbulent inflow conditions is a key issue in large eddy simulation (LES) or
direct numerical simulation (DNS). In this paper, an improved synthetic eddy method (SEM) …

Numerical simulation is becoming an important research method in the field of supersonic
flow. Its accuracy and reliability have always been the key to its further application and the …

We present a new approach to stabilizing high-order Runge-Kutta discontinuous Galerkin
(RKDG) schemes using weighted essentially non-oscillatory (WENO) reconstructions in the …

In the present work, a hybrid finite difference scheme is proposed and tested for the study of
two-dimensional detonation problems. The hybrid scheme consists of a fifth-order weighted …