1. Topic 1 Cool flames Problems:
Failure of cool flame mechanism (full strength mixtures)
Cool flame chemistry coupling with pyrolysis chemistry, rate constants uncertainty?
Cool flame extinction/speed (turbulent, high pressure)
Low temperature ignition assisted flame propagation (high T/P)
Fuel properties, blended fuel effects/stratification/scalar dissipation rate
Blue flame/mild flame?
What fuels? Propane? DME, Pentane, butanol?

2. Collaboration Team: Cool flame mechanism (full strength mixtures)
YJ (flames), NC (Shock tube), KM, MK, JB at Aachen…
Pentane, heptane, n-dodecane, butanol

3. What I summarized fro; the different talks, probably incomplete
From the talks, different issues ffor cool flames:
Chemistry:
how detailed does it need to be?
Which species would be the best marker in order to have a better view of (i) the occurrence, (ii) the speed at which it propagates
Cool flame dynamics
What is the speed of such a wave?
What would be the % of the total heat release?
What is the effect of the pressure?
Fuel reformulation / Surrogate / Real fuels
Prediction of cool flames based on the composition and engine conditions
Effect of stratification / Dilution on the cool flame “dynamics”