-
Detonations in fuel /air spray mixtures: Study of the influence of droplet si...
Detonation of heterogeneous media composed of liquid fuel sprays in air has been investigated in a square cross section (53x53mm), 4-meter long detonation tube.... -
Experimental and numerical study of the micro-spalling of metallic targets su...
Micro-spalling is a failure phenomenon consisting in dynamic fragmentation of a material after partial or full melting under intense shock wave loading. High power... -
Detonations in fuel /air spray mixtures: Study of the influence of physico-ch...
In heterogeneous media composed of liquid fuel sprays, influence of the physico-chemical properties of the liquid phase and of the gaseous oxidizer on conditions for... -
Propagation of shock waves in bubbly liquids : modelling and application to t...
The present work deals with the modelling of shock wave propagation in bubbly liquids, inorder to assess the damping of underwater explosion by bubble curtains. The... -
Study of the plasmas generated in confined laser-matter interaction regime. A...
In this work, we study the plasmas generated by laser-matter interaction in a water confinement regime, and more particularly, their application to laser-shock... -
Modeling Gamma-Ray Bursts in the Swift-Fermi era
Gamma-Ray Bursts (GRBs) are short flashes (' 10 ms-100 s) of gamma-rays (keV-MeV). These very bright and variable events are followed by an afterglow detected from the... -
Plasmas in liquids and at the interfaces
Growing interest in biomedical applications of nonthermal plasmas inspires the development of new plasmas sources. Dielectric barrier (DBD) and corona discharges...
