AdditiveFOAM
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ORNL
A continuum physics code for additive manufacturing built on OpenFOAM
Adapts a Nix build for OpenFOAM 12 to OpenFOAM 10 and subsequent build of AdditiveFOAM to work with the existing build of ExaCA. - Tested on some of the tutorials....
hello, when i run the examples in tutorials, why i can't see the change of alpha.solid and U? thanks.
I have a Nix build for AdditiveFOAM and OpenFOAM 10 on [this branch](https://github.com/wd15/AdditiveFOAM/tree/nix-parts). It uses the [ExaCA Nix build](https://github.com/LLNL/ExaCA/tree/master/envs/nix) to build a combined AdditiveFOAM and ExaCA build. It has been...
To Do: - [ ] Add laser incidence angle to projectedGaussian - [ ] Add nLight heat source model
It seems that the current version can only write the temperature data of CA after the simulation run is completed. If the box or other related parameters in the system/ExaCA...
___ Pre-release checklist: - [ ] Add function object for STORK to AdditiveFOAM 1.x.x - [ ] Add projectedGaussian heat source to AdditiveFOAM 1.x.x - [ ] Migrate main branch...
Updated logic removes integration points outside of cell bounding box. This is a crude Riemann integration using the midpoint rule, that is second-order accurate for smooth functions and axis-aligned hexahedral...
The time integration scheme is just one part of achieving second order convergence of the solution. The second part is implementing higher-order integration schemes for the heat source. A future...
This pull request implements a new heat source model for the nLight AFX-1000 laser system [1, 2] which produces a combined Gaussian spot and ring power distribution. A mathematical representation...