The post-processing was performed using GMV which comes with Barracuda Virtual Reactor. Images were then montaged together using some simple scripting tools.
Do you know what modifications were made to decrease wear in the impact zone of the cyclone? It would seem the only way to improve conditions in this area of the cyclone would be to upgrade the refractory to a more abrasion resistant material.
Hello Sultan Zada. We are in the process of recording a broad set of training videos: Post-processing tutorials can be found on our Tecplot for Barracuda Training Videos Playlist on UA-cam: ua-cam.com/play/PLmK_Y7qN7ij3ATGivvKlXPzicdqy3Msi8.html General training videos can be found on our eLearning platform on the customer support sections of cpfd-software.com/
Actually, in a circulating fluidized bed boiler, both the sand and ash circulate through the system but we agree that the video is a little visually misleading. It might look like everything is circulating at the same rate but most of the sand is actually located lower in the boiler, and much of the sand entrained upward drops back out before entering the cyclone. This can be verified by a pressure survey. In the video we're coloring all sand particles the same color, and we draw each particle with a pixel. To get a better visualization of particle loading one could post-process the results differently and color by either bed density or particle volume fraction. Then the distinction in loading would be visually apparent.
Hi Daud. Our training video playlist can be found here: ua-cam.com/play/PLmK_Y7qN7ij3ATGivvKlXPzicdqy3Msi8.html Most training videos are aimed at post-processing, not model setup. To learn how to set up and run a Barracuda Virtual Reactor model, please contact us about an upcoming training class. We're currently scheduling our next few web-based classes, but in the interim here is information about our last class: cpfd-software.com/news/barracuda-virtual-reactor-training-class-july-20-23
Best graphic of true operation.
Thank You so much.
The post-processing was performed using GMV which comes with Barracuda Virtual Reactor. Images were then montaged together using some simple scripting tools.
Could you tell me ?,How many cores for run this model and elapsed time?
Do you know what modifications were made to decrease wear in the impact zone of the cyclone? It would seem the only way to improve conditions in this area of the cyclone would be to upgrade the refractory to a more abrasion resistant material.
Impressive video!
Is it Barracuda? Fantastic!
it is not Eulerian-Lagrangian method. Barracuda uses Particle-in-Cell method. But, impressive
Impressive work. Music is impressive. May I know who is the artist and the title of this music. Thanks
which post processing software is used to make this video?
Hi Kindly upload the Complete toturial from mesh to somulaation.
Hello Sultan Zada. We are in the process of recording a broad set of training videos:
Post-processing tutorials can be found on our Tecplot for Barracuda Training Videos Playlist on UA-cam: ua-cam.com/play/PLmK_Y7qN7ij3ATGivvKlXPzicdqy3Msi8.html
General training videos can be found on our eLearning platform on the customer support sections of cpfd-software.com/
how can i get this geometrie ?
Thank you. Really great
Michael Mitchell thanks
good litelature
what music is this?
is not like this , the tube will be broken from fraction of the sand, the sand is on bottom not going up like that
Actually, in a circulating fluidized bed boiler, both the sand and ash circulate through the system but we agree that the video is a little visually misleading. It might look like everything is circulating at the same rate but most of the sand is actually located lower in the boiler, and much of the sand entrained upward drops back out before entering the cyclone. This can be verified by a pressure survey. In the video we're coloring all sand particles the same color, and we draw each particle with a pixel. To get a better visualization of particle loading one could post-process the results differently and color by either bed density or particle volume fraction. Then the distinction in loading would be visually apparent.
tutorial please
Hi Daud. Our training video playlist can be found here: ua-cam.com/play/PLmK_Y7qN7ij3ATGivvKlXPzicdqy3Msi8.html
Most training videos are aimed at post-processing, not model setup. To learn how to set up and run a Barracuda Virtual Reactor model, please contact us about an upcoming training class. We're currently scheduling our next few web-based classes, but in the interim here is information about our last class: cpfd-software.com/news/barracuda-virtual-reactor-training-class-july-20-23