Podcast
Questions and Answers
What is the timing of the lecture by Prof. Stemmer on Tuesday, 24 October in Beijing time?
What is the timing of the lecture by Prof. Stemmer on Tuesday, 24 October in Beijing time?
- 09:50-12:15
- Not mentioned
- 15:50-18:15 (correct)
- 08:50-11:15
On which date does Prof. Stemmer have a lecture at 08:50-11:15 German time?
On which date does Prof. Stemmer have a lecture at 08:50-11:15 German time?
- Tuesday, 31 October
- Tuesday, 14 November (correct)
- Tuesday, 5 December
- Tuesday, 21 November
How many lectures does Prof. Stemmer have in total on Tuesday, 14 November?
How many lectures does Prof. Stemmer have in total on Tuesday, 14 November?
- 2 (correct)
- 3
- 1
- 4
During which date does Prof. Stemmer not have a lecture in German time?
During which date does Prof. Stemmer not have a lecture in German time?
When does the lecture by Prof. Stemmer start in German time on Tuesday, 17 October?
When does the lecture by Prof. Stemmer start in German time on Tuesday, 17 October?
Which professor will be delivering a live lecture at 15:50-18:15 Beijing time on Tuesday, 12 December?
Which professor will be delivering a live lecture at 15:50-18:15 Beijing time on Tuesday, 12 December?
In which area of study is Prof. Zhang an expert?
In which area of study is Prof. Zhang an expert?
Which book is NOT recommended by the Institute for Aerodynamics and Fluid Mechanics at Technical University of Munich?
Which book is NOT recommended by the Institute for Aerodynamics and Fluid Mechanics at Technical University of Munich?
Which department is responsible for the School of Engineering and Design at Technical University of Munich?
Which department is responsible for the School of Engineering and Design at Technical University of Munich?
What is the first step in approaching CFD according to the text?
What is the first step in approaching CFD according to the text?
What type of equations are fundamental in fluid mechanics according to the text?
What type of equations are fundamental in fluid mechanics according to the text?
Which quantity is conserved in the fundamental equations of fluid mechanics?
Which quantity is conserved in the fundamental equations of fluid mechanics?
What should be taken into account for every physical process that can change the conserved quantity in a control volume?
What should be taken into account for every physical process that can change the conserved quantity in a control volume?
In the conservation equation for mass, what should be present on the right-hand side if there are sources or sinks?
In the conservation equation for mass, what should be present on the right-hand side if there are sources or sinks?
What is the role of Prof. Jun Zhang at Beihang University (BUAA) according to the text?
What is the role of Prof. Jun Zhang at Beihang University (BUAA) according to the text?
What is the conservative form of an equation in the context of fluid mechanics and aerodynamics?
What is the conservative form of an equation in the context of fluid mechanics and aerodynamics?
Why does adding new grid points become an issue in the non-conservative form of equations?
Why does adding new grid points become an issue in the non-conservative form of equations?
What happens when one solves potential flow equations or Euler equations with numerical dissipation/viscosity?
What happens when one solves potential flow equations or Euler equations with numerical dissipation/viscosity?
In the context of fluid mechanics and aerodynamics, what is the significance of splitting derivatives according to the chain rule?
In the context of fluid mechanics and aerodynamics, what is the significance of splitting derivatives according to the chain rule?
What property is not preserved or conserved in the non-conservative form of equations in fluid mechanics and aerodynamics?
What property is not preserved or conserved in the non-conservative form of equations in fluid mechanics and aerodynamics?
Flashcards are hidden until you start studying
