For nuclear reactor safety analysis, the one-dimensional two-fluid model equations are
solved numerically with the first order upwind method because of its robust stability. In the …

The one-dimensional two-fluid model is widely acknowledged as the most detailed and
accurate macroscopic formulation model of the thermo-fluid dynamics in nuclear reactor …

A 1D two-fluid model for horizontal stratified flow is presented and discussed in the context
of the Kelvin-Helmholtz instability. The model is well-posed because it includes surface …

In this paper the one-dimensional two-fluid model is used to dynamically simulate slightly
inclined fluid-fluid flow in a rectangular channel. By that, it is specifically meant that the …

The scope of this Master Thesis is the two-fluid model. This study aims at analysing their ill-
posedness, showing how it is related to non-hyperbolicity and giving a measurement that I …

The one-dimensional two-fluid model is the basis for the description of the transport of mass,
momentum and energy in the thermal-hydraulic codes used for nuclear reactor safety …

Since the discovery of the ill-posed nature of the most basic one-dimensional (1D) two-fluid
model, the methods to regularize the model, ie to make it wellposed, have been the subject …

The stability analysis of the four-equation incompressible TFM for horizontal stratified flow is
presented. Both the characteristic equation and the dispersion relation are obtained. A von …