Starting from the data measured in several static firings of two laboratory-scale hybrid rocket
engines of different sizes burning gaseous oxygen with either a liquefying fuel or a …

In this work we construct high-resolution numerical schemes for the calculation of the quasi-
1D unsteady flow in pipes with variable cross-sectional area. This is an example of non …

We detail in this paper an integral approach in order to cope with the computation of flows of
a compressible fluid in a physical domain containing many small obstacles. The basic …

Air source water chiller (ASWC)(8–90 kW) performance test rooms are expected to be built
to manipulate the interior air field only within the prescribed range. The internal air flow field …

This PhD work presents the implementation of the simulation of two-phase flows in
conditions of water-cooled nuclear reactors, at the scale of individual bubbles. To achieve …

In the literature, the abundance of pipe network junction models, as well as inclusion of
dissipative losses between connected pipes with loss coefficients, has been treated using …

La présentation débute par quelques techniques de simulation Volumes Finis des modeles
classiquesa section oua porosité variable ([1],[2],[4]), en présence de discontinuités, et en …

The correct modeling and simulation of compressible fluid flows in variable cross-section
ducts and in three-dimensional domains with obstacles is of major importance for EDF. In …

The accurate numerical modeling of fluids flowing in three-dimensional obstructed domains
is an important feature for those who need to predict the coolant fluid behaviour in a few …