Second and Final announcement
 
Sixteenth International Workshop on Premixed Turbulent Flames PTF-16
Friday and Saturday July 27th and 28th 2018 Trinity College Arts Bldg, Nassau Street at Dawson Street, Swift Room Dublin, Ireland, from 9:00 to 17:00 (see map below, it is a 1.5 km walk from the symposium venue)
Website for the Premixed Turbulent Flame (PTF) workshop: please paste this URL directly into your browser URL search box (do not try a google search). https://sites.google.com/a/umich.edu/premix-turbulent-flame/16th-ptf-dublin-1 To Register: if your name appears on page 4, you are registered. Please bring your registration fee in cash or check (we cannot accept credit cards). Fee is: non-student 160 euros, student: 100 euros. Includes 2 lunches and one (Friday) dinner with TNF. All presentation slots now are filled. See the agenda on page 2. If your name is not on page 4 and you wish to attend without presenting, please send an email to: jamesfd@umich.edu Organizers: Jim Driscoll, jamesfd@umich.edu Ömer L. Gülder, ogulder@utias.utoronto.ca Jackie Chen jhchen@sandia.gov Stephen Dooley Stephen.Dooley@tcd.ie Trinity College
New:
five workshops will be held in adjacent rooms and we will eat lunch with
colleagues. A joint dinner is available for those who wish. Workshops are: PTF,
TNF, Laminar Flames, Soot Chemistry, Rapid Compression Machines.
******************************************************* SIXTEENTH INTERNATIONAL WORKSHOP ON PREMIXED TURBULENT FLAMES (PTF-16), Dublin, Ireland *******************************************************
Dear Colleagues,
The Sixteenth International Workshop on Premixed Turbulent Flames (PTF-16) will be held at the Trinity College Arts Building in the Swift class room, Nassau Street, Dublin, Ireland, starting at 9 am on Friday and Saturday (July 27th and 28th, 2018) just before the 37th Combustion Symposium.
The registration fee will cover lunches on Friday and Saturday. For those who choose to stay for dinner on Friday there is an additional charge. All meals in Dublin will be served in a large room next to the five workshops that are being held in adjacent rooms in the Arts Building. Not all workshops run at the same time, but there will be significant overlap. As we did last time, the plan is for PTF-15 to run from 9:00 – 17:00 on Friday and Saturday.
A unique aspect of our PTF workshop is that each presentation is limited to 10 minutes, which is followed by a discussion period that may be 15 minutes. Some previous topics: Flamelet Structure Numerical Simulations Data bases New Diagnostics Burning Velocities Flame Dynamics Partially-premixed Combustion Instabilities 1. What can we decide for certain, what is a research issue ? 2. Tabulation and comparisons of experimental and DNS data bases 3. New answers can be obtained using kilohertz diagnostics ? Attached is a list of talks given at the last workshop (in Seoul).
Best regards,
Jim Driscoll , Ömer Gülder , Jackie Chen
Jim Driscoll, University of Michigan, Ann Arbor, USA, jamesfd@umich.edu Ömer Gülder, University of Toronto, Toronto, Canada ogulder@utias.utoronto.ca Jackie Chen, Sandia National Labs, USA jhchen@sandia.gov
Previous presentations: PTF-15 in Seoul
Ömer Gulder U. Toronto On the validity of the Damkohler's hypothesis Jim Driscoll U. Michigan Research challenges for our PTF community N. Mastorakos U. Cambridge Turbulent premixed flames with prevapourised kerosene Yiguang Ju Princeton U. Turbulent burning velocity at large ignition Damkohler numbers Bo Zhou Lund U. Burning velocity for highly turbulent flames with distributed reactions
Adam Steinberg U of Toronto Lagrangian trajectories through laminar and thickened flamelets Aaron Skiba Michigan Reaction layers in extremely turbulent premixed flames F. Egolfopoulos U Southern Cal Fuel and Hydrodynamic Effects on TurbulentPremixed Jet Flames Paul Ronney U Southern Cal Novel jet-stirred apparatus for PTF experiments Peter Lindstedt Imperial College Beyond Bimodal Statistics in Premixed Turbulent Flames Andy Aspden U Southampton DNS of Turbulent Premixed Flames Xue-Song Bai Lund U. DNS of high Karlovitz number methane/air premixed flames Simon Lapointe Cal Tech DNS - Role of fuel chemistry and integral scale in high Ka flames Girish Nivarti U. Cambridge DNS of Premixed Flames in High Intensity Turbulence Bruno Savard Calif Inst Tech DNS to determine effects of dissipation rate on local fuel burning rate
Haiou Wang U. New S. Wales DNS of a high Ka laboratory jet flame Sina Kheirkhah U. of Toronto Periodic behavior of weakly turbulent premixed flames Matthias Ihme Stanford Univ Large Eddy Simulations David Blunck Stanford Univ Turbulent flame speeds in a premixed burner with liquid fuel N. Mastorakos U. Cambridge Turbulent premixed flames
Baki Cetegen U. Connecticut OH, CH2O PLIF, PIV in premixed bluff-body stabilized Tim Wabel Michigan Burning velocities of extremely turbulent flames Abhishek Saha Princeton U. Some Recent Observations on Turbulent Expanding Flames Steven Shy Natl Central U Turbulent ignition transition of iso-octane A. Hayakawa Tohoku U. Stabilization and emissions of ammonia/air flames Per Petersson Lund U. Lund low-swirl flame - data for LES validation Michael Pfitzner U. München Validation of LES PTF models Robert Pitz Vanderbilt U. Model of Soret diffusion for DNS validated in tubular flames Albert Ratner U. of Iowa Interpreting Interaction between Local & Global Flame Response Fabien Halter U. Orleans Large Eddy Simulations
Jackie Chen Sandia Natl Lab DNS of High Ka Turbulent Premixed Combustion in Free Jets and Near Walls Kang Huh Pohang U. Status of conditional averaging in turbulent premixed combustion A. Lipatnikov Chalmers U. DNS of Mitigation of Wrinkling due to Combustion Induced Acceleration Michele Bolla ETH Zurich A-priori study of flame-wall interaction Ivan Langella U. of Cambridge Do we need flame stretching effects in SGS modelling for LES ? Yuki Minamoto Tokyo Tech A DNS study on flame--flame interaction |
