aphros
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cselab
Finite volume solver for incompressible multiphase flows with surface tension. Foaming flows in complex geometries.
Dr. Karnakov, first appreciate the nice work you had done! This solver make it easier to simulate foam behavior, with useful examples. And I think maybe it could be intergrated...
* Strict mode in configuration: command `set` requires that the variable is already defined and only updates the value. Helpful to avoid misspellings of variables.
Missing parts in user documentation: * Recognized values of `dumplist`
Hello, Aphros team and the users, I am gong to do a similar simulation case like plunging jet using Aphros, but I did not see any examples files in the...
Dear Aphros team, Greetings. Recently, I started exploring Aphros simulations and found an example 201_Taylor_couette crashing while outputting the data. The std.conf file consists of the following dump information. It...
Hello Dr Karnakov, I am using the case you provided under the examples/205_multivof/bidisperse path for my simulation. I tried to change some of the model geometry and fluid property parameters,...
Dr. Karnakov，When I was studying example 205，examples/205_multivof/clustering，what should I do to output the velocity field in vtk format.Thank you
Greetings Aphros team! We are using Aphros to research foam. We encountered some problems and hope you can help us. 1. We would like to know which parameters of the...
I am exploring the aphros for drop and bubble dynamics. I find the "https://cselab.github.io/aphros/wasm/hydro.html" as good starting point. Example "107_wasm" is the right one to start? I see each example...