Hello. I'd like to simulate a blood flow under magnetic fieldand model the blood as ferrofluid. Which module should I use? I assume i can use magnetic field no currect and single phase laminar flow?
Hello Sir, Thank you for such a detailed video. I was trying to simulate " spreading and absorption of liquid droplet into porous surface" could you make a video on this?
I have the same problem, I can´t reproduce this example. I have a question when you change the air for water, you should add the water in the second rectangle? In your video, there is a warning in materials for air and water. Thanks.
- Feature: Time-Dependent Solver 1 (sol1/t1) Failed to find consistent initial values. Last time step is not converged. I am getting this error though I followed exact your step
Hi! First of all thank you for your videos, quite educational and didactic! I have been using COMSOL from some time now, but there is a problem that I have not been able to solve yet. I am trying to simulate a 2 phase microfluidic system in which in the aquous phase there are particle suspended. To simulate the droplet formation I use the Phase field module and the results are quite close to the real ones. But my question is: would it be possible to simulate the particle behaviour inside the droplets? I am trying to use the particle Tracing Module with the velocity results from the Phase field, but the behaviour of the particles do not correspond with the real situation as particles should be confined inside the aqueous droplets, but the computational results show particles moving independently in the two phases. Hope you can help me and thank you again!!!
Thank you!
Thank you ! is a really good tutorial
Please, Could you help me how can I applay regiems in horizental and vertical tube
Hello. I'd like to simulate a blood flow under magnetic fieldand model the blood as ferrofluid.
Which module should I use? I assume i can use magnetic field no currect and single phase laminar flow?
Thank you this video helps to understand the console but I applied the same procedure to nozzle in 2d axial but I am able to get results
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+15145689572
Hello
Please, Could you help me how can I applay regiems in horizental and vertical tube by comsol multiphysics 6.1
Hello Sir, Thank you for such a detailed video. I was trying to simulate " spreading and absorption of liquid droplet into porous surface" could you make a video on this?
Hello, thanks!
Please txt me in WhatsApp:
+15145689572
I have the same problem, I can´t reproduce this example. I have a question when you change the air for water, you should add the water in the second rectangle? In your video, there is a warning in materials for air and water. Thanks.
Txt me in WhatsApp
+15145689572
- Feature: Time-Dependent Solver 1 (sol1/t1)
Failed to find consistent initial values.
Last time step is not converged.
I am getting this error though I followed exact your step
Txt me in WhatsApp: +15145689572
Hi!
First of all thank you for your videos, quite educational and didactic!
I have been using COMSOL from some time now, but there is a problem that I have not been able to solve yet. I am trying to simulate a 2 phase microfluidic system in which in the aquous phase there are particle suspended. To simulate the droplet formation I use the Phase field module and the results are quite close to the real ones.
But my question is: would it be possible to simulate the particle behaviour inside the droplets? I am trying to use the particle Tracing Module with the velocity results from the Phase field, but the behaviour of the particles do not correspond with the real situation as particles should be confined inside the aqueous droplets, but the computational results show particles moving independently in the two phases.
Hope you can help me and thank you again!!!
Hi, txt me in WhatsApp:
+1-514-5689572
@@stagereducationalgroup9433 - Feature: Time-Dependent Solver 1 (sol1/t1)
Failed to find consistent initial values.
Last time step is not converged.
Hii bro, I am appreciate you, but I need your help in my Micro laser welding model simulation
Hello, please txt me in WhatsApp:
+15145689572
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