The video was really helpful for me. I went through both parts of the video but I didn't get a clear picture of what you have tried to simulate here. May I know the probem statement? I am in need of procedure to simulate Chloride diffusion in reinforced concrete. If you can explain what is that you have tried to simulate here, that would help me a lot to draw some relations between my problem statement and yours. Thanks in advance.😀
This example shows surface diffusion and surface reactions coupled to species transport to the reacting surface. In adsorption reactions it is necessary to model the surface concentrations of the active sites or surface complex as well as the bulk concentration in the gas phase. This device could be a catalyst, biochip, semiconductor component, or any process with surface-specific species.
Here, csTx and csTy refer to the components of the gradient restricted to the plane tangential to the boundary where the interface is defined, that is, Boundary 5. Because this boundary is parallel to the y-axis, only csTy is nonzero in this case. T is temperature
@@Simulation_World first thank you for reply. I think that the process is isothermal so the no need to take Ty or Tx, because they will =0, do you agree?
Terrible, terrible video. Poor explanation, the guy was clearly not ready to do it and the audio is sufferable, to the very least. It feels that the guy was reading from a text on a piece of paper and that he have never used comsol before.
Very good video
Thanks
The video was really helpful for me. I went through both parts of the video but I didn't get a clear picture of what you have tried to simulate here. May I know the probem statement? I am in need of procedure to simulate Chloride diffusion in reinforced concrete. If you can explain what is that you have tried to simulate here, that would help me a lot to draw some relations between my problem statement and yours. Thanks in advance.😀
This example shows surface diffusion and surface reactions coupled to species transport to the reacting surface. In adsorption reactions it is necessary to model the surface concentrations of the active sites or surface complex as well as the bulk concentration in the gas phase. This device could be a catalyst, biochip, semiconductor component, or any process with surface-specific species.
@@Simulation_World That was really helpful. Thanks for the response😁
Hi santosh were you able to complete your simulation
@@ahmedhussain7376 Yes
Helpful video
very good.
Many many thanks
good illustration
Good
very helpful. thanks
Thanks
very clear explanation. thanks
only one important questions that puzzled me in this expression -cs*TxDs where Tx come from and what does T refer to?
Here, csTx and csTy refer to the components of the gradient restricted to the plane tangential to the boundary where the interface is defined, that is, Boundary 5. Because this boundary is parallel to the y-axis, only
csTy is nonzero in this case.
T is temperature
@@Simulation_World first thank you for reply. I think that the process is isothermal so the no need to take Ty or Tx, because they will =0, do you agree?
very good
Thank you! Cheers!
good
Thanks
great
hello, I have a problem on comsol, I have not found a solution to make a twist by fixing the Z axis
good explanation
Thanks
can you kindly add the second part. thanks
did greAT
Terrible, terrible video. Poor explanation, the guy was clearly not ready to do it and the audio is sufferable, to the very least. It feels that the guy was reading from a text on a piece of paper and that he have never used comsol before.
Ok
ok
yh
thanks
thanks
thanks