I. Sochet

发表

Experimental investigation on the detonability of non-uniform gaseous mixtures

I. Sochet, J. Brossard, I. Sochet, 2000 .

Influence of the geometry of protective barriers on the propagation of shock waves

I. Sochet, S. Eveillard, J. Vinçont, 2017 .

Effect of the concentration distribution on the gaseous deflagration propagation in the case of H2/O2 mixture

I. Sochet, P. Gillard, F. Guelon, 2006 .

Ignitability characteristics of aluminium and magnesium dusts that are generated during the shredding of post-consumer wastes

I. Sochet, Sadashige Horiguchi, M. Nifuku, 2007 .

Vented hydrogen–air deflagration in a small enclosed volume

I. Sochet, X. Rocourt, S. Awamat, 2014 .

Impact of the volume of rooms on shock wave propagation within a multi-chamber system

I. Sochet, B. Julien, T. Vaillant, 2016 .

Blast Wave Experiments of High Explosives

I. Sochet, 2018 .

Highlights of the flame acceleration in a confined nonuniform H2/O2/N2 mixture

I. Sochet, C. Proust, J. Daubech, 2010 .

Hydrogen dispersion in a closed environment

I. Sochet, X. Rocourt, M. De Stefano, 2019, International Journal of Hydrogen Energy.

1 HYDROGEN DISPERSION IN A CLOSED ENVIRONMENT

I. Sochet, X. Rocourt, N. Daudey, 2017 .

Ignitability assessment of shredder dusts of refrigerator and the prevention of the dust explosion

I. Sochet, Sadashige Horiguchi, H. Tsujita, 2006 .

Analysis of reflected blast wave pressure profiles in a confined room

Isabelle Sochet, I. Sochet, P. E. Sauvan, 2012 .

Blast effects of external explosions

Isabelle Sochet, I. Sochet, 2010 .

Study of the explosion process in a small scale experiment—structural loading

Guy Mavrot, Isabelle Sochet, Patrice Bailly, 2004 .

Flammability of kerosene in civil and military aviation

I. Sochet, Philippe Gillard, I. Sochet, 2002 .

Comparison between two liquid fuels for Pulse Detonation Engines

I. Sochet, X. Rocourt, P. Gillard, 2022 .

Critical tube diameter for detonation transmission and critical initiation energy of spherical detonation

I. Sochet, C. Vaglio, J. Brossard, 1999 .

Thermal degradation of two liquid fuels and detonation tests for pulse detonation engine studies

I. Sochet, X. Rocourt, P. Gillard, 2007 .

Detonability of simple and representative components of pyrolysis products of kerosene: pulsed detonation engine application

P. Dagaut, I. Sochet, X. Rocourt, 2005 .

Detonability of fuel-oxygen and fuel-air mixtures

I. Sochet, J. Brossard, M. Aminallah, 1997 .

Application of the TNO multi-energy and Baker-Strehlow-Tang methods to predict hydrogen explosion effects from small-scale experiments

I. Sochet, X. Rocourt, B. Pellegrinelli, 2023, Journal of Loss Prevention in the Process Industries.

Small-scale flame acceleration and application of medium and large-scale flame speed correlations

I. Sochet, X. Rocourt, B. Pellegrinelli, 2017 .

Simulation of Hydrogen Explosions in Closed or Vented Connected Vessels

I. Sochet, X. Rocourt, J. Pascaud, 2022, Combustion Science and Technology.

Effect of the concentration distribution on the gaseous deflagration propagation in the case of hydrogen / oxygen mixture

I. Sochet, P. Gillard, F. Guelon, 2019 .

Blast Wave Experiments of Gaseous Charges

I. Sochet, Y. Maillot, 2018 .

Impact of the volume of rooms on shock wave propagation within a multi-chamber system

I. Sochet, B. Julien, T. Vaillant, 2015, Shock Waves.

Deflagrations of non-uniform mixtures: A first experimental approach

I. Sochet, P. Gillard, F. Guelon, 2002 .

Blast Effects: Physical Properties of Shock Waves

I. Sochet, 2017 .

Analysis of Shock Wave Interaction with an Obstacle by Coupling Pressure Measurements and Visualization

A. Gautier, I. Sochet, S. Courtiaud, 2022, Sensors.

Analysis of 3D interaction of a blast wave with a finite wall

E. Lapebie, I. Sochet, A. Gautier, 2022, Shock Waves.

SHOCK WAVE PROPAGATION IN A DOUBLE ROOM

I. Sochet, L. Hakenholz, G. Ruscade, 2020 .

SHOCK WAVE PROPAGATION IN AN OBSTRUCTED AREA

A. Gautier, E. Lapebie, I. Sochet, 2020 .