Determination of the Heat Release Distribution in Turbulent Flames ...
Technische Universität München Institut für Energietechnik Lehrstuhl für Thermodynamik Determination of the Heat Release Distribution in Turbulent Flames by Chemiluminescence Imaging Martin Rolf Werner Lauer Vollständiger Abdruck der von der Fakultät für Maschinenwesen der Technischen Universität München zur Erlangung des akademischen Grades eines DOKTOR-INGENIEURS genehmigten Dissertation. Vorsitzender: Univ.-Prof. Dr.-Ing. Harald Klein Prüfer der Dissertation: 1. Univ.-Prof. Dr.-Ing. Thomas Sattelmayer 2. Univ.-Prof. Dr. rer. nat. habil. Rainer Suntz, Karlsruher Institut für Technologie Die Dissertation wurde am 21.03.2011 bei der Technischen Universität München eingereicht und durch die Fakultät für Maschinenwesen am 01.06.2011 angenommen.
2 Chemiluminescence Thus, the chemi
2 Chemiluminescence N 1 i OH = ∗
3 Basics of turbulence and turbulen
3.2 Turbulent energy cascade and le
3.2 Turbulent energy cascade and le
3.3 Premixed combustion temperature
3.4 Turbulence-flame interaction
3.4 Turbulence-flame interaction fl
4 Experimental setup and measuremen
4.1 Test rig The inner diameter of
4.2 Measurement techniques 1.8 1.6
4.2 Measurement techniques flame le
4.2 Measurement techniques 1.0 0.8
4.2 Measurement techniques The two
4.2 Measurement techniques Addition
4.2 Measurement techniques and lase
4.2 Measurement techniques it to 28
4.3 Data evaluation procedures 1.0
4.3 Data evaluation procedures manu
4.3 Data evaluation procedures 1.0
4.3 Data evaluation procedures T (c
5 Heat release rate measurements Fi
5 Heat release rate measurements Fu
5 Heat release rate measurements 3.
5 Heat release rate measurements 0.
5 Heat release rate measurements 5.
5 Heat release rate measurements 1.
5 Heat release rate measurements Th
5 Heat release rate measurements 2.
6 Strain rate correction method In
6.1 Strain rate measurement and mod
6.2 Applicability of the Pope model
6.2 Applicability of the Pope model
t 6.2 Applicability of the Pope mod
6.2 Applicability of the Pope model
6.3 Counterflow flame calculations
6.3 Counterflow flame calculations
6.4 OH ∗ chemiluminescence correc
6.4 OH ∗ chemiluminescence correc
norm. intensity [-] 6.4 OH ∗ chem
6.6 Additional counterflow flame si
6.6 Additional counterflow flame si
6.6 Additional counterflow flame si
6.6 Additional counterflow flame si
6.6 Additional counterflow flame si
7 Summary and conclusions between 3
7 Summary and conclusions for eleva
Bibliography [11] U. Brackmann. Lam
Bibliography [33] Y. Hardalupas and
Bibliography B-X, C-X, CN B-X, N +
Bibliography [85] S. Turns. An intr
List of Figures 2.10 Distribution o
List of Figures 4.17 Comparison of
List of Figures 6.4 Dependency of t
List of Figures A.4 Comparison of t
Appendix A Heat release measurement
Appendix A Heat release measurement
Appendix A Heat release measurement
norm. intensity [-] Appendix B Resu
norm. intensity [-] Appendix B Resu
norm. intensity [-] Appendix B Resu
norm. intensity [-] Appendix B Resu
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
Appendix C Reaction mechanism [44]
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