Study of a low Mach nuclear core model for two-phase flows with phase transition I: stiffened gas law

Since the convective part of hyperbolic models of two-phase flow derive from the one-phase Euler equations, one can suspect that a loss of accuracy will affect the results when

For a fixed temperature under a critical value, a coexistence line is obtained in the plane of neutron and proton chemical potentials.. Along this line, the grand potential presents

We now turn to the adaptation of the numerical scheme designed in [5] for 2D flows when taking into account thermal diffusion and depressurisation processes.. The original algorithm

To avoid repetition, we only mention that one can rigorously justify the low Mach number limit for general initial data provided that one can prove that the solutions are

The main contribution of the present work is then to pro- pose some numerical simulations based on this model, using a realistic EOS for the liquid water : a Noble-Able Stiffened

Abstract: On the basis of a statistical multifragmentation model for finite nuclei disassembly the possible signatures of the liquid-gas phase transition predicted for

Dans le deuxième chapitre, nous exposons les différentes méthodes de classification des matériaux du point de vue électrique ainsi que certains détails relatifs à la

Quelques années plus tard l’idée d’utiliser deux oscillateurs chaotiques est introduite, et par conséquent le problème de la synchronisation en présence du bruit dans la théorie