Thermoacoustic feedback mechanisms for premixed burners with a reacting jet in cross-flow
Thermo-Fluid Dynamics Group at TUM
Thermoacoustic feedback mechanisms for premixed burners with a reacting jet in cross-flow
9:53
Large Eddy Simulation of the Thermoacoustic Response of Premixed Partially Cracked Ammonia Flames
Thermo-Fluid Dynamics Group at TUM
Large Eddy Simulation of the Thermoacoustic Response of Premixed Partially Cracked Ammonia Flames
19:33
Global weakly nonlinear analysis of intrinsic thermoacoustic limit cycles
Thermo-Fluid Dynamics Group at TUM
Global weakly nonlinear analysis of intrinsic thermoacoustic limit cycles
15:05
Hard constrained neural networks for the reconstruction of acoustic waves from pressure data
Thermo-Fluid Dynamics Group at TUM
Hard constrained neural networks for the reconstruction of acoustic waves from pressure data
16:21
Monolithic adjoint-based shape sensitivities from topology-preserving mesh perturbations
Thermo-Fluid Dynamics Group at TUM
Monolithic adjoint-based shape sensitivities from topology-preserving mesh perturbations
18:44
Output-only identification of thermoacoustic systems via generalized polynomial chaos
Thermo-Fluid Dynamics Group at TUM
Output-only identification of thermoacoustic systems via generalized polynomial chaos
27:53
On the origin of time delays in the thermoacoustic response of a laminar slit flame
Thermo-Fluid Dynamics Group at TUM
On the origin of time delays in the thermoacoustic response of a laminar slit flame
16:46
Identification of characteristic time delays in the response of lean premixed flames with ODEs
Thermo-Fluid Dynamics Group at TUM
Identification of characteristic time delays in the response of lean premixed flames with ODEs
18:23
Polifke SoTiC FlameDisplacement D
Thermo-Fluid Dynamics Group at TUM
Polifke SoTiC FlameDisplacement D
12:55
Polifke SoTiC FlameDisplacement C
Thermo-Fluid Dynamics Group at TUM
Polifke SoTiC FlameDisplacement C
19:02
Polifke SoTiC FlameDisplacement B
Thermo-Fluid Dynamics Group at TUM
Polifke SoTiC FlameDisplacement B
13:00
Polifke SoTiC FlameDisplacement A
Thermo-Fluid Dynamics Group at TUM
Polifke SoTiC FlameDisplacement A
22:06
Data Driven Modeling of the Flame Response using UDEs
Thermo-Fluid Dynamics Group at TUM
Data Driven Modeling of the Flame Response using UDEs
14:49
Dissertation Research Moritz Merk
Thermo-Fluid Dynamics Group at TUM
Dissertation Research Moritz Merk
24:54
NoiSI Dissertation Research Alexander Eder
Thermo-Fluid Dynamics Group at TUM
NoiSI Dissertation Research Alexander Eder
22:57
ROLEX - Dissertation Research Matthias Haeringer
Thermo-Fluid Dynamics Group at TUM
ROLEX - Dissertation Research Matthias Haeringer
24:12
taXTutorial Video1
Thermo-Fluid Dynamics Group at TUM
taXTutorial Video1
14:54
taXTutorial Video8
Thermo-Fluid Dynamics Group at TUM
taXTutorial Video8
16:33
taXTutorial Video7
Thermo-Fluid Dynamics Group at TUM
taXTutorial Video7
18:31
taXTutorial Video6
Thermo-Fluid Dynamics Group at TUM
taXTutorial Video6
9:16
taXTutorial Video5
Thermo-Fluid Dynamics Group at TUM
taXTutorial Video5
15:50
taXTutorial Video4
Thermo-Fluid Dynamics Group at TUM
taXTutorial Video4
21:45
taXTutorial Video3
Thermo-Fluid Dynamics Group at TUM
taXTutorial Video3
21:17
taXTutorial Video2
Thermo-Fluid Dynamics Group at TUM
taXTutorial Video2
13:29
ANNULIGhT PhD Project Summary Guillaume J J Fournier
Thermo-Fluid Dynamics Group at TUM
ANNULIGhT PhD Project Summary Guillaume J J Fournier
2:56
Purwar++ Model Order Reduction Techniques for Thermoacoustic Analysis
Thermo-Fluid Dynamics Group at TUM
Purwar++ Model Order Reduction Techniques for Thermoacoustic Analysis
23:32
A Top Level Parallelization and Data Fusion Approach for FTF Identification
Thermo-Fluid Dynamics Group at TUM
A Top Level Parallelization and Data Fusion Approach for FTF Identification
10:52
Research @ TFD -- Thermoacoustic Combustion Instabilities
Thermo-Fluid Dynamics Group at TUM
Research @ TFD -- Thermoacoustic Combustion Instabilities
21:21
A GP-based framework for high-dimensional UQ of thermoacoustic instability predictions
Thermo-Fluid Dynamics Group at TUM
A GP-based framework for high-dimensional UQ of thermoacoustic instability predictions
14:44
How to tune a single-can test rig to mimic the thermoacoustic behavior of a full engine
Thermo-Fluid Dynamics Group at TUM
How to tune a single-can test rig to mimic the thermoacoustic behavior of a full engine
12:09
A criterion for thermo-acoustic stability based on the flux of acoustic energy (CNF, 2021)
Thermo-Fluid Dynamics Group at TUM
A criterion for thermo-acoustic stability based on the flux of acoustic energy (CNF, 2021)
9:18
Yong et al. CNF '21 phasor diagrams of ITA modes
Thermo-Fluid Dynamics Group at TUM
Yong et al. CNF '21 phasor diagrams of ITA modes
17:28
Guo++TX'20 Reliable calculation of thermoacoustic instability risk with an imperfect surrogate model
Thermo-Fluid Dynamics Group at TUM
Guo++TX'20 Reliable calculation of thermoacoustic instability risk with an imperfect surrogate model
16:21
Silva++TX'20 parametric Maps
Thermo-Fluid Dynamics Group at TUM
Silva++TX'20 parametric Maps
24:16
Silva++APS2020 intrinsic vs. acoustic modes and XPs
Thermo-Fluid Dynamics Group at TUM
Silva++APS2020 intrinsic vs. acoustic modes and XPs
21:48
Guo et el. PROCI '21: "Gaussion Process framework for high-dimensional UQ in thermoacoustics"
Thermo-Fluid Dynamics Group at TUM
Guo et el. PROCI '21: "Gaussion Process framework for high-dimensional UQ in thermoacoustics"
14:44
Haeringer et al.: "Tune Acoustic Terminations of Single-Can Test-Rigs ..."
Thermo-Fluid Dynamics Group at TUM
Haeringer et al.: "Tune Acoustic Terminations of Single-Can Test-Rigs ..."
12:09
Schaefer++TurboExpo'20 XPs
Thermo-Fluid Dynamics Group at TUM
Schaefer++TurboExpo'20 XPs
10:26
Fournier ++TurboExpo'20 Clusters of ITA Modes in Annular Combustors
Thermo-Fluid Dynamics Group at TUM
Fournier ++TurboExpo'20 Clusters of ITA Modes in Annular Combustors
20:57
M. Meindl++CNF'21 Spurious Entropy Generation
Thermo-Fluid Dynamics Group at TUM
M. Meindl++CNF'21 Spurious Entropy Generation
40:38