M³: a multiphase, multiconstituant and multiprocess code to model contaminated

This chapter is divided into three main parts: (1) governing processes in multiphase multicomponent flow and reactive transport (MMF&RT), (2) mathematical and numerical

Taleb and Petit [14] performed dilatometry tests under thermal and stress cycles in order to determine if re-austenitization erases transformation induced plasticity..

The first part of the riser is slightly inclined downwards, therefore the bottom of the vertical part is the lowest point of the system. Following an idea from [11], this low-point

Because of liquid convection, the whole ingot quickly becomes undercooled (except the top part) and the majority of the nuclei are activated. The newly formed grains

We have proposed and simulated with TACITE some efficient schemes to prevent severe slugging: riser pressure control, installation of a pump (at the riser base or topside),

In [ 6 ], two crucial properties have been proven for a class of two phase flow models containing the Baer-Nunziato model, namely, the convexity of the natural entropy associated

We have extended to the N -phase compressible model developed in [ 17 ] the relaxation finite volume scheme designed in [ 12 ] for the barotropic Baer–Nunziato two phase flow

SC formalism demonstrates that the average CTE of a given phase should not be the same in a pure single-phase material and in a multiphase polycrystal, due to the