High order (HO) schemes are attractive candidates for the numerical solution of multiscale
problems occurring in fluid dynamics and related disciplines. Among the HO discretization …

The ghost fluid method (GFM) provides a simple way to simulate the interaction of
immiscible materials. Especially, the modified GFM (MGFM) and its variants, based on the …

We present an hp-adaptive discretization for a sharp interface model with a level-set ghost-
fluid method to simulate compressible multiphase flows. The scheme applies an efficient p …

The Riemann solver is crucial in compressible multi-material simulations as it helps predict
the behavior of interfacial waves and the interaction between materials. However, the …

This paper presents a method for simulating evaporation in a compressible, interface-
resolved framework appropriate for modeling problems of engineering interest. In order to …

In this paper, we consider Riemann solvers with phase transition effects based on the Euler–
Fourier equation system. One exact and two approximate solutions of the two-phase …

The sharp-interface resolution of compressible liquid–vapor flows is cumbersome due to the
necessary tracking of the interface. The global dynamics are governed by local interface …

The Riemann problem is one of the basic building blocks for numerical methods in
computational fluid mechanics. Nonetheless, there are still open questions and gaps in …

A core aspect in the simulation of compressible fluid flow is the solution of Riemann
problems. The solution is well understood for single-phase flows and is used to define …

A comprehensive experimental investigation on free surface flashing and flashing front (FF)
propagation after sudden depressurization of stagnant water is reported. Elaborate high …