Other Useful Resources
n3l Summer School
TU Munich, Munich, Germany - June 2013
Matthew P. Juniper – Adjoint Sensitivity Analysis in Thermoacoustics
Video (74:43) | PDF of Slides
Tim Lieuwen – Dynamics of Harmonically Excited Flames
Video (1:14:43) | PDF of Slides
Nicolas Noiray – Effect of Combustion Noise on Thermoacoustic Limit Cycles
PDF Summary
Christian Oliver Paschereit: Singing Flames or: Is the Thermoacoustic Problem Solved
Video (1:09:53)
Guillaume Penelet – Nonlinear Effects Saturating Wave Amplitude Growth in Thermoacoustic Prime Movers : A Review
Video (1:16:42) | PDF of Slides
Ganesh Raman - Nonlinear Processes in Sound Generation and Flow/Acoustic Instabilities
Video (1:20:44)
R. I. Sujith – Dynamical Systems Approaches to Combustion Instability
Video (1:08:47) | PDF of Slides
Matthew Juniper Lecture Series
Cambridge University, Cambridge, UK - 2008 - 2013
Adjoint Sensitivity Analysis in Thermoacoustics (2013)
Video (74:43) | PDF of Slides
Passive control and sensitivity analysis of thermo-acoustic systems via adjoint equations (2012)
Video (25:37)
The nonlinear behaviour of a ducted premixed flame (a numerical study) (2012)
Video (27:42)
Triggering in the horizontal Rijke tube: non-normality, transient growth and bypass transition (2012)
Video (14:50)
Forcing of self-excited round jet diffusion flames (2008)
Video (33:37)
The effect of confinement on the stability of the Rankine vortex with axial flow (2007)
Video (18:47)
Lectures Series from the National Committee for Fluid Mechanics Film archive
This collection of 21 videos was created in the 1960/70s to explain fluid mechanics in an accessible way for undergraduate engineering and physics students and uploaded to YouTube by Barry Belmont in 2011, with accompanying notes from MIT.
1. Eulerian and Lagrangian Descriptions in Fluid Mechanics
Video (26:59) | Notes
2. Deformation of Continuous Media
Video (38:07) | Notes
3. Rheological Behavior of Fluids
Video (22:24) | Notes
4. Surface Tension in Fluid Mechanics
Video (30:10) | Notes
5. Flow Visualization
Video (35:00) | Notes
6. Pressure Fields and Fluid Acceleration
Video (30:50) | Notes
7. Low-Reynolds-Number Flows
Video (32:58) | Notes
8. Channel Flow of a Compressible Fluid
Video (28:58) | Notes
9. Vorticity
Video 1 (22:55) |
Video 2 (20:58) | Notes
10. Deformation of Continuous Media
Video (38:07) | Notes
11. Turbulence
Video (31:58) | Notes
12. Fluid Dynamics of Drag
Video 1 (27:45) |
Video 2 (32:19) |
Video 3 (40:58) |
Video 4 (28:50) | Notes
13. Secondary Flow
Video (35:58) | Notes
14. Pressure Fields and Fluid Acceleration
Video (32:39) | Notes
15. Flow Inbstabilities
Video (27:59) | Notes
16. Cavitation
Video (31:59) | Notes
17. Rarefied Gas Dynamics
Video (32:40) | Notes
18. Stratified Flow
Video (26:08) | Notes
19. Rotating Flows
Video (30:59) | Notes
Shadowgraph flow visualisations of gas jets
TU Eindhoven, Eindhoven, The Netherlands
1. Jet screech of under-expanded planar supersonic jet - L.Poldervaart, G. Vossers, A.P.J.Wijnands (1969)
Video (15:37)
2. The interaction of two velocity gas jets - J. Field, L. Poldervaart, A.P.J. Wijnands (1976)
Video (8:51)
3. Sound pulse-boundary layer interaction in a free jet - L.Poldervaart and A.P.J. Wijnands, L. Bronkhorst (1974)
Video (20:28)
4. Modes of vibration of an under-expanded free jet - L.Poldervaart and A.P.J. Wijnands, l.H.A.M van Moll, E.J. van Voorthuisen (1974)
Video (11:09)
Combustion Webinar
Online, Georgia Institute of Technology, Atlanta, Georga, USA - 2021-2022
Wolfgang Polifke 30 April 2022
Intrinsic thermoacoustic feedback and its consequences for combustion noise and combustion dynamics
Video (57:32)
Jackie O'Connor 5 March 2022
Methods of Combustion Instability Suppression and Outlook for Combustor Design
Video (1:06:58)
Epaminondas Mastorakos 12 June 2021
Flame Stabilisation Revisited
Video (56:11)
R.I. Sujith 5 June 2021
Complex system approach to investigate and mitigate thermoacoustic instability in turbulent combustors
Video (1:17:55)
Heinz Pitsch 20 March 2021
Hydrogen: A Seemingly Simple Fuel
Video (1:23:03)
Full series available of Combustion Webinar presentations at https://sun.ae.gatech.edu/combustion-webinar (opens in a new tab)