For compressible flow simulations involving both turbulence and shockwaves, the
competing requirements render it challenging to develop high-order numerical methods …

For compressible flows characterized by a wide range of flow length scales and
discontinuities, it is still an open challenge to design the optimal schemes, which resolve the …

In this study, we establish a hybrid high-order smoothed particle hydrodynamics (SPH)
framework (MLS-TENO-SPH) for compressible flows with discontinuities, which is able to …

For classical WENO/TENO reconstructions, the high-order polynomial interpolation is one of
the main building-blocks for constructing the numerical fluxes. However, due to the inherent …

The high-order shock-capturing scheme is one of the main building blocks for the simulation
of the compressible fluid characterized by strong shockwaves and broadband length scales …

In this paper the relaxed, high-order, Multidimensional Optimal Order Detection (MOOD)
framework is extended to the simulation of compressible multicomponent flows on …

The recently proposed high-order TENO scheme [Fu et al., Journal of Computational
Physics, 305 (2016): 333-359] has shown great potential in predicting complex fluids owing …

High-fidelity numerical simulation of compressible multi-phase flows is of great challenge
due to its competing requirements for resolving complex flow structures with low dissipation …

We present a hybrid reconstruction scheme for compressible multiphase flows governed by
the five-equation model with surface tension and molecular viscosity. The Godunov-type …

We propose high-resolution numerical schemes for two-phase compressible flow
simulations to reproduce dynamically created gas/vapor-liquid interfaces with phase …