Calibrated air flow pulsator for flame turbulence control
(Journal publication)
A new device developed by CBOne for combustion stability testing is described in the Journal of Engineering for Gas Turbines and Power.
Air Flow Modulation for Refined Control of the Combustion Dynamics Using a Novel Actuator
Fabrice Giuliani, Andreas Lang, Klaus Johannes Gradl, Peter Siebenhofer, and Johannes Fritzer,
Journal of Engineering for Gas Turbines and Power 134, 021602 (2012),
DOI:10.1115/1.4004147
More about about mastering combustion pulsation -> Download
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Read more: Calibrated air flow pulsator for flame turbulence control
See, size and seize the flame: the emotion project
Combustion Bay One.e.U. works currently in co-operation with FH Joanneum/Aviation on the development of an embedded optical sensor for real-time monitoring of the flame condition in aeroengine combustors.
This feasibility study is financed by the Take-Off programme from the Austrian Research Promotion Agency (FFG).
The very promising first results will soon be presented at the following conference:
Kraft, G., Giuliani, F., Pfefferkorn, L. and Andracher, L.Toward embedded optical measurement techniques for precision combustion monitoring in aeroenginesProceedings of the XXIIIth Biannual Symposium on Measuring Techniques in TurbomachineryStuttgart, Germany,1 - 2 September 2016Read more: See, size and seize the flame: the emotion project
Heat fluctuation measurements in a flame using a lightweight laser method (journal publication)
Monitoring combustion stability with an interferometric method was validated by a team composed of CBOne members, TU Graz staff and of CNRS researchers.
The results are published in the journal "Combustion and Flame".
Interferometric Determination of Heat Release Rate in a Pulsated Flame
Leitgeb, T., Schuller, T., Durox, D., Giuliani, F., Koeberl, S., Woisetschlaeger, J.,
CNF-D-11-00360R2
Combustion and Flame, 2012
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Fuel vapour concentration measurement (Journal Publication)
Fritzer, J., Strzelecki, A., Giuliani, F., Bodoc, V. (2012)
Validation of an Infrared Extinction Method for Fuel Vapor Concentration Measurements towards the Systematic Comparison between Alternative and Conventional Fuels for Aviation
Journal of Engineering for Gas Turbines and Power, 134, January 2012,
GTP-011401
The infrared measurement technique at the LPP test rig of the DLR Cologne (Giuliani et al., ECM 2007)
Infrared absorption is specific to alcanes. Thus, with a specific apparatus, one can determine the effectiveness of combined fuel atomisation and vaporisation. In a word, one can cartography the fuel placement.
Read more: Fuel vapour concentration measurement (Journal Publication)
Lecture on Gas Turbine Combustion, TU Graz 2018-19
- Why is gas turbine propulsion a long-term vision?
- What is the impact on the environment?
- What will the aircraft engine of the future look like?
Interested? Click here and get the slides of the lecture's overview.
Come and visit the lecture “Gas Turbine Combustion” LV319.004 (2SH of courses, 3 ECTS)+ UE319.005 (1SH of tutorials, 1 ECTS) at TU Graz, blocked as a seminary during the second half of January 2019.
Read more: Lecture on Gas Turbine Combustion, TU Graz 2018-19
