Future feature: inlet boundaries
Arbitrary 2D and 3D inlets will be possible, and imposing complex boundary conditions for the velocity and pressure as well. For now, please check out…
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Peer-reviewed application to granular flows
A paper has been published in Q1 journal Computers and Geotechnics, with title “A Lagrangian differencing dynamics method for granular flow modeling“. That’s right, we…
Version 2021.1 released
Many new enhacements come with the new version: faster 3D, syntax highlighting of the input, UI enhacements, etc. FSI features are now validated, but not…
About next feature: FSI in few clicks
We’re validating the coupling scheme, and next month we’re deploying the feature with public releases. preCICE coupling library is used for gluing Rhoxyz to any…
User interface manual
User manual for the graphical user interface (GUI) is now uploaded online, and can be accessed here. The manual will be updated regularly. From our…
2020.4 released (3D + non-Newtonian)
You can now update automatically or download new version of Rhoxyz. Linux update is immediately available, and Windows update is coming tomorrow. This version comes…
Version 2020.3 released
We’re happy to announce that the Rhoxyz 2020.3 version is ready for download. The Windows version is immediately ready, while Linux users can obtain their…
Surface tension – the beginning
A good thing about a Lagrangian solver is that the interface is simply there and is allowed to advect freely. Therefore, we’ve used its geometrical…
Handling complex confined flows
We did a simple-geometry complex-flow test. Moving square with varying acceleration in a tank was successfully simulated. Now that we know that the Lagrangian solver…
Article published in Ocean Engineering
An article titled “Lagrangian finite-difference method for predicting green water loadings” was published in Q1 journal Ocean Engineering. The article validates the solver for marine…