Feel++

Feel++ is a library to solve partial differential equations using arbitrary order continuous or discontinuous Galerkin methods in 1D, 2D and 3D in parallel

[Feel++ @feelpp]

A lot is happening in my world, I just got a new release v111a3 to meet the needs of various research projects in environmental and health sciences and physics helping multiphysics coupling, contact and preconditioning many fields problems (up to hundreds)
https://t.co/iAKIIs2dgg

[Feel++ @feelpp]

A 3D 3-spheres planar swimmer moving in a low Reynolds fluid using #Feelpp capabilities to model articulated multi-body systems https://t.co/iN1yYcuUly
#HPC #FluidMechanics thanks to #ANRNemo and @unistra_irmiapp for funding

[Feel++ @feelpp]

Rigid bodies flowing in the vessels of the tail of a Zebrafish, work by the micro-swimming team @cemosis @inria_sophia https://t.co/ks52iOj53O using Feel++, thanks @GoetzJacky for the confocal images that we used to produce the mesh and thanks to @unistra_irmiapp for the funding.

[Feel++ @feelpp]

Thanks @github all this helps a lot and is much appreciated here 👍

[GitHub @github]

Project templates in public beta, tasklists support on GitHub Mobile, and bulk editing on your boards! It's all in the changelog. https://t.co/bAJZTvWeMn

[GitHub @github]

It's now easier to understand changes to your repositories with the new activity view. This new activity view gives you the ability to self-serve insights to your favorite repository and all of its changes.

https://t.co/idXU7tXTiB

[Feel++ @feelpp]

@github Finally available a few days ago on my cell phone. The Beta privileges I guess 😀

[Feel++ @feelpp]

@mojavelinux the motivation certainly does not come from these people but rather the pride of what you accomplish, the amazing roadmap in front of you, the vibrant and growing community you have gathered, the excellence of your designs, and many more @mojavelinux

[Feel++ @feelpp]

#ShapeOptimisation is now a feature of #Feelpp
Shapes optimizing grand resistance tensor entries for a rigid body in a Stokes flow, this is a the optimisation with respect to the first component of the first component of the tensor https://t.co/CuZd2gfDnA

[Feel++ @feelpp]

Feel++ HeatFluid toolbox on TurekHron cfd3 Mesh Adaptation https://t.co/1g7QLTeKzG

[Feel++ @feelpp]

Ellipsoidal particle under gravity in an incompressible Newtonian fluid https://t.co/aDpfCkW1G6 via @YouTube

[Feel++ @feelpp]

@ZENODO_ORG is a very nice archive system that allows to get a DOI for software and in particular Feel++ thanks to @Github , which allows automatic updating of the software description at each software release!

[Zenodo @ZENODO_ORG]

“Why do I like Zenodo? Because Zenodo is FAIR. Fair in sense of lowercase, and FAIR in the sense of uppercase meaning, […]” - Rolf-Dieter Heuer, Director-General (2009-2015) at @CERN #Zenodo10Years

[Feel++ @feelpp]

#cpp20 here we come 😀 (or maybe we switch directly to #cpp23 😅)
https://t.co/Uxcu1lzczw

[Feel++ @feelpp]

Feel++ is now available on Ubuntu Lunar Lobster 23.04

https://t.co/I6bgCrSXnI

@cemosis

[Feel++ @feelpp]

Feel++ reached a new milestone: 2000 issues and discussions 🍾. Our 2000th is the new shiny release V110.2 with minor improvements for Jupyter notebooks
https://t.co/ZB78jm2Tl6
thanks to the team @cemosis @unistra @inria @cnrs

[Feel++ @feelpp]

#Feelpp Debian packages are now delivered by @JFrog
https://t.co/ZdGxsHGQp9

[Feel++ @feelpp]

Predator Prey PDE system using Feel++ toolbox CFPDE https://t.co/dEUoWVKuXA

[Feel++ @feelpp]

The eye norm of RK4 scheme seems pretty good 😉

[Feel++ @feelpp]

thanks to the support of MMG (including in parallel) in my core libraries, I can now perform very large displacements and moving (rigid or elastic) bodies

[Feel++ @feelpp]

Rigid Sphere moving to the right in a fluid with remeshing using Feel++ and #mmg for remeshing https://t.co/PqM8oyEW67 via @YouTube

[Feel++ @feelpp]

Rigid sphere moving in a 3D Driven Cavity using Feel++ with remeshing https://t.co/xls28edpiA via @YouTube work by @LBerti_ V Chabannes L. Giraldi and @prudhomm