Program overview 

 

 

Monday, March 30

Tuesday, March 31

Wednesday, April 1

Thursday, April 2

8:00 - 9:00

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Registration

+

 3rd Topical Workshop

Registration /

from 8:50: Welcome speech

Registration 

Registration 

9:00 – 10.00

Plenary lecture - F. Battin-Leclerc

What do we really know about the low temperature oxidation of alkanes?

Plenary lecture - A.A. Konnov

Temperature and pressure dependence of the laminar burning velocities: experiments and modelling.

Plenary lecture - A. M. Starik

Kinetic processes in complex burning plasma

Closing remarks

10:00 – 10:30

Refreshment

Refreshment

Refreshment

10:00 – 13:00

Posters
1.n KINETICS (excl. 1.12, 1.14)

Posters
4.n DIAGNOSTICS
7.n: FLAMES (excl. 7.03, 7.05, 7.06, 7.07)

Posters
1.12: KINETICS: Soot, PAH and aerosol kinetics
1.14: KINETICS: Plasma chemistry and reactions of ionic species
8.n: HETEROGENEOUS COMBUSTION

12:00 – 14:00

Lunch

Lunch

Lunch

14:00 – 15:00

Plenary lecture - E. Mastorakos

Gas turbine combustor ignition: simulations and experiments

Plenary lecture - H. Pitsch

DNS and models for premixed turbulent combustion

 

 

Refreshment

Refreshment

 

15:00 – 18:00

Posters
2.n  PRACTICAL SYSTEMS

Posters
3.n EXPLOSIONS
5.n TRANSPORT
6.n FIRE
7.03: FLAMES: Premixed, turbulent
7.05: FLAMES: Non-premixed and partially premixed, turbulent
7.06 FLAMES: Inhibition, flame quenching or extinction
7.07 FLAMES: Flame stabilization

 

18:00 – 19:00

Elsevier lecture – Katie Eve

How to get published in a scientific journal, for early career researchers 

On-demand Elsevier webinars

 

 

19:00 -

Welcome reception

 

Banquet

 

 

 The share of the posters according to their topics:

1. 

KINETICS

 

 1.01

Thermochemistry and thermodynamics

3

 1.02

Rate coefficients of elementary reactions - experimental determinations

5

 1.03

Rate coefficients of elementary reactions - theoretical calculations

10

 1.04

Mechanism analysis and reduction

11

 1.05

Uncertainty quantification and mechanism optimization

5

 1.06

Oxidation of hydrogen and syngas

0

 1.07

High temperature oxidation of hydrocarbons

11

 1.08

High temperature oxidation of alcohols, ketons and other organics

3

 1.09

Pyrolysis and low temperature oxidation

17

 1.10

NOx and nitrogen reactions

2

 1.11

SOx and sulfur reactions; halogenated species reactions

1

 1.12

Soot, PAH and aerosol kinetics

13

 1.13

Inorganics and metals

0

 1.14

Plasma chemistry and reactions of ionic species

5

 1.15

Other

2

 

total

88

     

2. 

PRACTICAL SYSTEMS

 

 2.01

Reciprocating engines

14

 2.02

Gas turbines

18

 2.03

Rockets and ramjets

3

 2.04

Furnaces and incinerators

6

 2.05

Fluidized beds

0

 2.06

Pulsed combustors

0

 2.07

Fuel cells

1

 2.08

Combustion control

3

 2.09

Combustion synthesis

5

 2.10

New technologies

6

 2.11

Other

3

 

total

59

     

3. 

EXPLOSIONS

 

 3.01

Gaseous

6

 3.02

Condensed phase

0

 3.03

Dust and droplet

0

 3.04

Autoignition and thermal explosions

5

 3.05

Detonations

2

 3.06

Other

0

 

total

13

     

4. 

DIAGNOSTICS

 

 4.01

Lasers

17

 4.02

Spectroscopic and photographic methods

10

 4.03

Probes

2

 4.04

Other

1

 

total

30

     

5. 

TRANSPORT

 

 5.01

 Conductive and convective heat transfer

0

 5.02

Mass transfer

0

 5.03

Transport properties

1

 5.04

Radiation, spectra, excited species

0

 5.05

Other

0

 

total

1

     

6. 

FIRE

 

 6.01

Fire dynamics

2

 6.02

Flame spread

1

 6.03

Compartment fires

2

 6.04

Large scale fires

0

 6.05

Inhibitors

0

 6.06

Microgravity

2

 6.07

Other

0

 

total

7

     

7. 

FLAMES

 

 7.01

Laminar flame velocity measurements

10

 7.02

Premixed, laminar

14

 7.03

Premixed, turbulent

19

 7.04

Non-premixed and partially premixed, laminar

9

 7.05

Non-premixed and partially premixed, turbulent

21

 7.06

Inhibition, flame quenching or extinction

1

 7.07

Flame stabilization

10

 7.08

Other

6

 

total

90

     

8. 

HETEROGENEOUS COMBUSTION  

 8.01

Aerosols, droplets, sprays and dusts

9

 8.02

Coal, char, polymers, biomass, waste

21

 8.03

Metals

1

 8.04

Solid propellants and explosives

2

 8.05

Catalytic combustion

5

 8.06

Porous media

3

 8.07

Other

1

 

total

42