@simeonskopalik8362
Very helpful, please keep the LES series coming. Also DES would be an interesting topic!
@EngLhag
Can I dream on a DNS lecture as well? Best CFD YouTube channel by far.
@ghebat4716
techncally my master degree professor owes u his salary because i understood literally evertyhing about LES from this videos and zero from his lectures. Super Thank YOU!
@MattIannacci
Being relatively new to CFD as a mid-career engineer, your videos have been INCREDIBLY helpful, and BEYOND valuable. Thank you!
@alexholguino7245
I like these talks, please continue doing them.
@maxsepulveda7441
I find your content really helpful and straightforward. I really appreciate this type of content
@kmkchari
It is a practical LES course. I really appreciate your time and energy in making these videos.
@abhishekgoyal5568
great lecture on how to get started with LES. Would highly recommend it!!
@slim590
I find these series of LES very enjoyable and useful. thank you
@vimalkotak6255
Great explanation. Best lecture series for CFD
@professionalprocrastinator8103
I have to say, your contribution is vital for the students of a rather niche scientific domain! I never expected such quality content for a subject that relatively few people choose to study, but I'm glad you exist :)
@ankitdave9193
Thank you for detailed explanation on LES, love to hear more on LES. It would be good to hear from you on DES as well.
@MrDaDolix
Thank you Aidan, your comprehensible presentations of various CFD topics don´t stop to amaze me! My notebook is getting filled out pretty fast every time you upload a new video 😂
@cheikhnatalebmoustaph43
DES would be perfect ! Thank you again for the amazing quality you're giving. I am still wondering how can someone dislike this video ? hahaha
@zakariaemaatallah4708
Thank you M. Aiden for these structural details of the CFD domain
@manthanparekh8703
Great explanation. I have a tiny suggestion, that along or after the explanation of the simulation, you can also show the CFD code in OpenFoam or just share the Case file of your simulation, so that we can use it as a reference when we are diving deeper into the concept or simulation. Thank you and please continue this series.
@prakashthirunavukkarasu29
"I know that you are going to find this talk extremely useful", you actually mean it man! I would like to request you to give a talk on adaptive mesh refinement and more on LES too. Thank you!
@jloudefonty3231
Crystal clear explanation, very detailed, I can totally understand, thanks you, great works
@dodo19961375320
I really enjoy watching your videos. clear and simple but with no loss of rigor
@lukasf2648
Great video(s)! If you use e.g. the LES turbulence model WALE you have to add this to your controlDict to let OpenFOAM (here Version v1912) write out k_sgs (denoted as k or turbulenceProperties:k in the code) for you. Here also U prime2Mean is calculated to allow the determination of k_res / k_sgs as well. functions { turbulenceFields1 { type turbulenceFields; libs ("libfieldFunctionObjects.so"); // Either field or fields entries fields (k); enabled true; writeControl writeTime; executeControl timeStep; executeInterval 1; } fieldAverage1 { type fieldAverage; libs (fieldFunctionObjects); writeControl writeTime; fields ( U { mean on; prime2Mean on; base time; } turbulenceProperties:k { mean on; prime2Mean off; base time; } ); }