A deep understanding of the internal ballistic process and the factors affecting it is of primary
importance to efficiently design a gun system and ensure its safe management. One of the …

The processes that take place within the Internal Ballistics cycle of an artillery round are
highly influenced by geometric effects. They are also highly affected by the presence of a …

ABSTRACT A one-dimensional model is introduced in this paper for problems of internal
ballistics involving solid propellant combustion. First, the work presents the physical …

This document explores the role of CFD in nuclear safety studies, with a particular focus on
advancements in Spain and Portugal. The field of nuclear safety has increasingly included …

This work presents a numerical approach for modelling the detonation of H 2–O 2–N 2
mixtures in the presence of reactive solid particles. The model relies on Euler-type equations …

The numerical modelling of turbulent combustion of H2–air mixtures with solid graphite
particles is a challenging and key issue in many industrial problems including nuclear …

This work evaluates the capabilities of Large Eddy Simulation with perfectly stirred reactor
(PSR) assumption and detailed chemistry to predict unsteady, premixed, hydrogen …

The code DUST is a CFD code developed by the Technical University of Cartagena, Spain
and the Institute of Radioprotection and Nuclear Security, France (IRSN) with the objective to …

Steam oxidation of beryllium dust, which will inevitably be formed and accumulated in the
vacuum chamber of the ITER thermonuclear reactor, can occur in emergency situations …

Паровое окисление бериллиевой пыли, которая неизбежно будет образовываться и
накапливаться в вакуумной камере термоядерного реактора ИТЭР, может происходить …