i liked ur content if possible use the lastest version of ansys 2020 R2, that will draw more audience and plzz start a proper session for meshing. and in CFD plzz teach about 'Methods'
I was completely unaware about how the software works until I saw your video. These are really cool and well explained. I need some help for the CFD and I want to learn. Tired searching you in facebook but couldn't.. is there email I can contact you in? Thank you
Hi, do you know why the fluent stop suddenly while running? The setup window is closed suddenly. Only workbench window is remain open. I right click, only can click Update which is made the simulation start to solve again from zero. Cannot continue run the simulation from the time it stopped. I noticed there is no error detected.
I have made video on Bernoulli's theorem in 2D also...watch this th-cam.com/video/fRG5JKxtX4A/w-d-xo.html Subscribe the channel for exploring more videos
hello Ankit, I am doing a 2D rectangular flat plate ( zero thickness) for blood flow through an artery. the only boundary conditions available is the inlet velocity at 0.23 ( Uavg) and the outlet pressure at 0. in terms of the boundary condition section can you guide on the selection I should make on outlet condition. the Umax is supposed to take an expression Umax = 2 x Uavg.
@@ankitgujrathi7592 no. the only parameters we have is blood viscosity at 0.0035, Vavg at 0.23m/s and the outlet pressure at zero. the rectangular channel is 8mm x 4mm
![[CFD] How Fine should my CFD mesh be?](http://i.ytimg.com/vi/60fDz2cVdy8/mqdefault.jpg)
Absolute life saver. Genuinely fixed my degree.
Very informative, very helpful and thank you
That was a really useful video. Thanks for uploading sir.
Thank you so mush for your effort this video help me a lot 🧡
I like it way you guys explain!
Thank you
pls make a separate video on meshing which covers it different features in depth and also on different types of turbulence models and its applications
Ok sir I will try in coming days
Did Ansys automatically assume the surfaces solid and fluid because we named it as such in design modeler?
Hi, respected sir . i need help about the model of bicomponent melt spinning please help me
i liked ur content if possible use the lastest version of ansys 2020 R2, that will draw more audience and plzz start a proper session for meshing.
and in CFD plzz teach about 'Methods'
Sir can you tell me how to enable multiphase option under the cell zone condition please
I was completely unaware about how the software works until I saw your video. These are really cool and well explained. I need some help for the CFD and I want to learn. Tired searching you in facebook but couldn't.. is there email I can contact you in? Thank you
you can contact me to ankit.gujrathi@gmail.com
Hi, do you know why the fluent stop suddenly while running? The setup window is closed suddenly. Only workbench window is remain open. I right click, only can click Update which is made the simulation start to solve again from zero. Cannot continue run the simulation from the time it stopped. I noticed there is no error detected.
Might be problem with anti-virus...
Disable anti-virus during running iteration and try it...
Hope problem will be solved...
So we don't have to draw pipe in 3d
Draw a circle and extrude it...
I will show it in session 05
Sir can we solve Bernoulli's principle problem by using 2D geometry?
I have made video on Bernoulli's theorem in 2D also...watch this
th-cam.com/video/fRG5JKxtX4A/w-d-xo.html
Subscribe the channel for exploring more videos
hello Ankit,
I am doing a 2D rectangular flat plate ( zero thickness) for blood flow through an artery. the only boundary conditions available is the inlet velocity at 0.23 ( Uavg) and the outlet pressure at 0. in terms of the boundary condition section can you guide on the selection I should make on outlet condition. the Umax is supposed to take an expression Umax = 2 x Uavg.
Do you know the blood pressure at that velocity? At outlet apply that pressure value bu selecting pressure-outlet and use laminar model to solve it
@@ankitgujrathi7592 no. the only parameters we have is blood viscosity at 0.0035, Vavg at 0.23m/s and the outlet pressure at zero. the rectangular channel is 8mm x 4mm
Ok after completion of this course by Sunday I will make a video on your problem... Subscribe the channel for updates...
Sir in sencond problem do that surface define pipe?
the surface represents water and boundary edges represents pipe
How to install free student software can you guide so that we can also practice..
video of installation is available on youtube and ansys site also..
Sir plss fix the issue of Mic Sound has high echo
Ok it's actually recorded in mic so I think and fan also on during the session...