Application Exchange

Hi,

I followed the method defined in the paper but the solution did not converge. I am using 3.5 version. Unfortunately I could not open the comsol file as it is created by a later version may be 3.5a? Is it possible to save the file in older version?

it is a nice work, do you have version 4.0a?

It is really a wonderful work.

would you pls to give some detail on the weakform boundary condition?

why it is this form:

-nu_surf*r*uTr_test-nu_surf*u_test

By the way, if there is a wetting condition on the right point, how to deal with?

Thanks a lot!

The boundary condition form is due to the fact that a cylindrical coordinate system is used. Had a cartesian coordinate system been used, the expressions would have been:

-nu_surf * test(uTx)
-nu_surf * test(vTy)

Hope it helps.

Nice work, as someone else has requested is there a verson 4.0 or later?

excellent

I have a version for 4.1+4.2 working, but it comes without the pdf introduction.

Hi Øistein Wind-Willassen,

could you send the model for the version 4.2?

Thanks!!

Hi this is a nice work ! Could you PS post the working 4.1+4.2 version.

Cool, your module make me begin to like comsol.

Is the 4.2a version available from anyone? Looks very useful.

I almost have the 4.2a version going, but something isn't right; the droplet just squeezes out along the r direction and doesn't bounce back. I get a contact angle along the r axis though, so my weak form for surface tension is doing something. Thoughts anyone?

Oistein - If you have the 4.2 version still available, please post, I would really appreciate it.

By any chance is this model in either 4.1 or 4.2 version available anywhere? Thanks!

Dear Øistein Wind-Willassen,
If it is available, how coulod I get a copy of your above version 4.2 droplet?
Thsnk you, Arthur Carrieri.

Hi,

How to include surface tension related BC? I tried to use it under boundary stress node in comsol 4.2a. It gives error.

Regards,
Susant

I have added the model built with the version 4.4. Sorry for the delay!

This model has helped me a lot. Does someone know how to include wetting for this model? I'm using 4.4.

Very good

Did you figure out how to impose a wetting condition Zuosheng Lei? I am trying to model movement of this droplet of a porous surface where the droplet wets the surface

This model is very useful for beginners
by the way
if the model is 3D symmetry，the expression of boundary condition is
-nu_surf * test(uTx)
-nu_surf * test(vTy)
-nu_surf * test(wTz)
it ir right?
Thanks a lot!

Its very useful ,nice work! But i add the same weak expression on a curve boundary it can't converge, how can it work?
Thank U!

I also applied the same strategy to elliptical shape bubble motion, but cannot converge. why?

Version 4.4 is not converging in 5.5 or later version. Can someone provide a version which would work on 5.5?

I tried to simulate the same file on comsol 6.1 which shows nonlinear solver did not converge. Which is going wrong. Please, anyone, provide suggestions to solve the error.