Workshop H2

5 et 6 septembre 2024
A scientific meeting between combustion specialists from Marseille and Madrid, an open and ongoing international collaboration among theoretical and computational researchers in turbulent combustion.

A meeting instigated and organised by Pierre Boivin and welcomed in the M2P2 & IRPHE labs. 

You can find the location with Google maps here :   M2P2   &   IRPHE

Day 1 (M2P2 / amphi 3)


8h45 Opening & coffee (work café M2P2)
9h15 Opening words

9h30. Plenary 1 - Paul Clavin
Title: Physics of the transition mechanism of gaseous flames to detonation

10h20 > 12h00 : Session 1
Antonio Sanchez, University of California, San Diego
Systematically derived reduced chemistry for hydrogen and hydrogen-ammonia gas-turbine combustion
Pierre Boivin, M2P2, Marseille
One-step chemistry derivation for hydrocarbons & hydrogen combustion
Rafael Carmona, CIEMAT, Madrid
Ignition from a concentrated heat source near a cold wall: influence of energy deposition time and Lewis number on ignition
Marc Le Boursicaud, M2P2, Marseille
A reduced order numerical model for high-pressure hydrogen leak self-ignition

12h00-13h30 : Lunch break

13h30 > 15h10 : Session 2
Alba Dominguez, Universidad Politécnica, Madrid
The structure of quasi-two-dimensional premixed circular flames
Rubén Palomeque-Santiago, Universidad Carlos III de Madrid, 
Three-dimensional numerical study of ultra-lean hydrogen cellular flames within narrow gaps
Ziyin Chen, M2P2, Marseille
A modeling strategy for 2D simulations to recover 3D premixed flame propagation in narrow channels
Daniel Fernández-Galisteo, CIEMAT, Madrid
Numerical study of the confinement effect on lean hydrogen-air flames

15h10-15h40 : Coffee break

15h40 > 17h45 : Session 3
Jean-Louis Consalvi, IUSTI, Marseille
Modeling of soot production (and radiation) in large eddy simulation of lab-scale pool fires
Pedro Gatón Pérez, Universidad Politécnica, Madrid
3D printed porous media for mitigation of thermo-acoustic instabilities
Song Zhao, M2P2, Marseille
A study of thermoacoustic instabilities in a large industrial burner
David Rodríguez-Gutiérrez, INTA
Effect of boundary conditions on combustion-generated acoustics
José Luis Andrés, M2P2, Marseille
A large scale H2-CH4 industrial furnace Lattice-Boltzmann study taking into account Radiation Heat Transfer


Day 2 (IRPHE)


9h00 : Coffee (at IRPHE)

9h30: Plenary 2 - Daniel Martinez, Universidad Politécnica, Madrid
Title: On the structure of steady liquid-fueled detonations

10h20 > 12h00 : Session 4
Vadim Kurdyumov, CIEMAT, Madrid
Multiplicity of solutions of lifted jet edge flames: symmetrical and non-symmetrical configurations
Mario Sanchez-Sanz, Universidad Carlos III, Madrid
Advection-modulated gaseous diffusive transport
Raúl Hernández-Sánchez, Universidad Carlos III, Madrid
Flashback in ammonia-hydrogen flames
Carmen Jiménez, CIEMAT, Madrid,
Flame stabilization by a highly conductive body

12h00-13h30 : Lunch break

13h30-14h10 : Lab visit

14h10 > 15h00 : Session 5
Ilyasse Mir, M2P2, Marseille
Numerical simulation of the Hylon burner with the Lattice-Boltzmann method
Nereida García De Codina, Universidad Politécnica, Madrid
Ignition of supersonic mixing layers through oblique-shock impingement

15h00-15h30 : Coffee break.

15h30 > 16h30 : Session 6
Thomas Gregorczyk, M2P2, Marseille
Hybrid finite differences - Lattice-Boltzmann method for multiphase flows: Application to a jet simulation
Siba Prasad Choudhury, Universidad Politécnica, Madrid
Hydrogen Detonation and Droplet Interaction