You put the Finite Volumen Method on greatar and stronger level. Step by step devided all with preliminarni derivation. Than you how you mention powerfull method and integral as idea! Groundwater flow simulations, especially in large, hoghly heterogeneous and anisotrpic aqufifers, requirements a mulitscale approach because of the many heterogeneity scales, i.,, c. By adding yours presentation or research we will mybe get suboptimal convergence rate for head even basis function and what is imortat optimal cnovergance rate for velocity for basis funvtipns. If we all apply we will get the most powerful groundwater flow model! Let the future researchs include the development to isogomeric like isogomeric volumen flow to see contaminant transport and saltwater intrusion.
![[CFD] The Finite Volume Method in CFD](http://i.ytimg.com/vi/E9_kyXjtRHc/mqdefault.jpg)
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
Incredible hands-on explanation of the fundamentals of FVM. Thank you for the video.
This class is amazing!!! You make it so easy to follow, thank you so so much.
You are so welcome! Thank you for the feedback.
Wonderful class!! Glad people like you exist!!
Thank you so much! This is very humbling...
Wonderful class! Hope more CFD contents in the future!
Thank you!
Thank you for this video Tony, this is very easy to follow compared to other efforts on the subject on RUclips.
Thank you so much for the feedback!
beautifully explained fvm. thank you !
Thank you!
Thank you so much Mr.Saad.
You are most welcome
Very nice and in-depth explanation, thanks!
Glad it was helpful!
You are the best
You are welcome
Awesome video sir! Thank you!
Wow brilliant! This helped so much
So glad!
very clear . thank you for your explanation !!
Nice lecture. My question is that what is the limitation of this FVM.
You put the Finite Volumen Method on greatar and stronger level. Step by step devided all with preliminarni derivation. Than you how you mention powerfull method and integral as idea!
Groundwater flow simulations, especially in large, hoghly heterogeneous and anisotrpic aqufifers, requirements a mulitscale approach because of the many heterogeneity scales, i.,, c. By adding yours presentation or research we will mybe get suboptimal convergence rate for head even basis function and what is imortat optimal cnovergance rate for velocity for basis funvtipns. If we all apply we will get the most powerful groundwater flow model!
Let the future researchs include the development to isogomeric like isogomeric volumen flow to see contaminant transport and saltwater intrusion.
Excellent explanation, you really helped me understand the Gauss divergence theorem
Glad it helped!
Nice lecture
Thank you Mahmoud. I appreciate the feedback.
Are you Egyptian ?
I am not but many of my friends are. I know a lot about Egyptian culture and i send you and all the Egyptian people my best regards :)