An approach that combines numerical, experimental, and theoretical analyses has been
implemented to investigate the effects of the injection parameters on the flame flashback …

The scale effect of flame flashbacks inside an ethylene-fueled scramjet combustor was
investigated through an approach that combines numerical, experimental, and theoretical …

We present a systematic framework for the evaluation of shock sensors in high-resolution
hybrid compact/WENO algorithms, with the goals of testing robustness and establishing …

In this study, the effect of boundary layer thickness on supersonic combustion in an ethylene-
fueled scramjet combustor under Mach 5.5 flight conditions is studied by employing …

Although classical WENOCU schemes can achieve high-order accuracy by introducing a
moderate constant parameter C to increase the contribution of optimal weights, they exhibit …

The classic finite difference shock-capturing methods, such as the WENO-JS scheme, are
currently perceived as having limited small-scale capture capabilities due to excessive …

To enhance the performance of the third-order weighted essentially non-oscillatory (WENO)
scheme on the four-point stencil, a new hybrid central-type scheme is proposed in this …

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 …

For the simulation of compressible flow with a broadband of length scales and
discontinuities, the WENO schemes using incremental stencil sizes other than uniform ones …

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) …