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Hi, do you have similar lecture plans for density based solver?
ОтветитьSince i started working towards my PHD, your videos have always been super helpfull! To see you put even more effort into presenting the fundamentals of CFD is just plain awesome, i am absolutley looking forward to see more of your work. The value of your work is absolutely underrated! I am really looking forward to see what you planed!
ОтветитьMuch needed!!
As always, a big fan.
Thanks for your efforts!
Hopefully I'm able to translate your programs into C++ language, It's powerful and robust!
ОтветитьHi Dr.Wimshurst, Is the course self-paced or is there a deadline till which we will have access to the course from the date of purchase? Thanks.
ОтветитьThank you so much, you really helped me a lot
ОтветитьI really love your work and effort, thanks for all of that :) I wonder will there be a Lattice Boltzman method or any other particle based method lecture applied to thermofluids rather than CFD in the future?
ОтветитьHi! Will it also be available on Udemy? (I have all the other lectures already)
ОтветитьFor some reason, when I try to enroll for the course it does not allow me to do so.
It is written - "Sorry, this bundle is closed for enrollment."
fortran outdated? sacrilegious!
ОтветитьAny CDF in Julia, please?
ОтветитьIs there any certification will provide with this course or not?
ОтветитьDefinitely recommended it's a fantastic course!
I have a question about the pressure correction equation. When we try to solve cavity flow problem using simple algorithm and there's no reference pressure value, one way to handle this is we Overwrite the diagonal coefficient with some big value at some reference pressure location to fix the pressure. Can you explain how this works to me? How this will allow us to get to the correct pressure value?
This is a great contribution to the scientific community, and it's well priced too!
ОтветитьJust love your lectures Sir ... can u please release this new course on udemy too?
ОтветитьWell done this seems like a massive piece of work. Very useful for us.
ОтветитьAny plans for region specific discount? I am from India, and 160euros is a big amount here.
ОтветитьIs it possible to see subscript? Because my mother language is not English, so it is hard to understand without subscript.
ОтветитьPlease Take this as constructive criticism,I want to be honest with you.I am bit skeptical with the white board. its rather small. The screen cover more of Green Wall behind the board rather than the board itself. perhaps bigger board with straight on Camera angel is better ( Something similar to Professor Leanoard ) .
I am going to finish my CFD course on udemey and complete a few projects then I will look forward to this course !!
Thank you Aidan !!
Hello Dr, can you send this book
Ответитьwill the course be available on Udemy?
ОтветитьI have a few issues with your opening statement. I don't agree with your comment on Fortran as being outdated. There are many modern aspects of Fortran (e.g. parallelism) that other languages are yet to implement, and the language has always been a leader in scientific computing. It would be better if you can list what is not doable in Fortran that is doable in other languages (i.e. point out its shortcomings) rather than making such statements. The same with finite-differences: the finite volume method still uses the finite-differences underneath.
ОтветитьWhy not provide examples in FORTRAN?
ОтветитьThis is absolutely fantastic! Your new course and lecture videos are invaluable, thank you so much
ОтветитьI just signed up now and am very excited about this course. The book is amazing
ОтветитьDo I get the course access forever or for a limited time? because I don't have time at the moment to study the course but I also want to get the early bird discount :D
ОтветитьIs the python and matlab codes were explained line by line
ОтветитьHi Aidan. Thanks a lot for this!!
ОтветитьHello Dr. Aidan,
I am new to CFD and my project is simulating the airflow on diffuser-augmented wind turbine. Do you have a specific course which would lead me to understanding the mathematics behind and generating my own CFD code for this project?