filmov
tv
Theoretical And Numerical Combustion, Poinsot, Day 5
Показать описание
A lecture from the Princeton University-Combustion Institute 2022 Summer School on Combustion and the Environment held virtually from June 20 to June 24, 2022.
Theoretical and Numerical Combustion (Monday-Friday PM)
Lecturer: Prof. Thierry Poinsot (Institut de Mécanique des Fluides de Toulouse, CNRS, France)
Day 5
Course Content: This course presents basic tools and recent progress in numerical combustion while establishing important connections with the underlying combustion basics, enabling engineers and research specialists with the knowledge of fluid mechanics to move to an integrated understanding of numerical combustion.
The course covers physics and simulation of ignition, quenching, laminar flames, premixed and diffusion regimes, turbulent flames, high performance computing using DNS and LES, combustion instabilities.
Theoretical and Numerical Combustion (Monday-Friday PM)
Lecturer: Prof. Thierry Poinsot (Institut de Mécanique des Fluides de Toulouse, CNRS, France)
Day 5
Course Content: This course presents basic tools and recent progress in numerical combustion while establishing important connections with the underlying combustion basics, enabling engineers and research specialists with the knowledge of fluid mechanics to move to an integrated understanding of numerical combustion.
The course covers physics and simulation of ignition, quenching, laminar flames, premixed and diffusion regimes, turbulent flames, high performance computing using DNS and LES, combustion instabilities.
3:04:40
Theoretical And Numerical Combustion, Poinsot, Day 1
Theoretical And Numerical Combustion, Poinsot, Day 5
2:54:24
Theoretical And Numerical Combustion, Poinsot, Day 4
2:58:56
Theoretical And Numerical Combustion, Poinsot, Day 2
3:07:33
Theoretical And Numerical Combustion, Poinsot, Day 3
0:56:36
Simulation and Control of Renewable Combustion, Speaker: Thierry Poinsot
0:47:51
High Performance Computing for Instabilities in Aerospace Propulsion Systems
0:15:50
taXTutorial Video5
1:09:52
Can Turbulent Combustion Models be Both Computationally Efficient and Generally Applicable?
1:07:46
Numerical Combustion Research using OpenFOAM from Fundamentals to Industrial Applications
3:05:14
Combustion Theory, Matalon, Day 2
2:07:05
Week-1(Lec. 1 to 5)Turbulent Combustion: Theory And Modelling Problem Solving Sessions for NPTEL
0:01:45
Understanding Micro Combustor Flame Stability
0:51:58
Multiscale Complexities of Turbulent Reacting Flows: from Faster H2-Air Flames to Superspreading Evt
1:44:38
Lec 01 TP
0:12:48
Flame Transfer Functions
1:30:06
Combustion Machine Learning: Principles, Progress, and Perspectives
0:58:08
Combustor Physics: Emissions and Operability, Lieuwen, Day 5, Part 1
1:12:26
Combustor Physics: Emissions and Operability, Lieuwen, Day 4, Part 1
1:16:13
C. C. Mei Distinguished Speaker Series Spring 2019: Prof. Sébastien Candel
1:02:29
Flame Structure, Stabilization andTransition of Fire Whirls
0:02:23
Quand les flammes dansent dans les moteurs
0:50:58
Understanding Cool flames and Warm flames, Speaker: Yiguang Ju
1:16:19
Lec 15 TP
Комментарии