S. Waldmeister

[S. Waldmeister @lessergen]

@openfoam Missed the OpenFOAM conference last year. Wish you exciting next year with no exits of any kind.

[S. Waldmeister @lessergen]

@Erdayastronaut If the treadmill is moving with say 1000 km/h, then it will accelerate surrounding air, because the relative speed at the treadmill surface Is 0. If it's long enough (and it is), the air speed at the height of the wings will exceed V0 and the airplane will take off. 2/2

[S. Waldmeister @lessergen]

@Erdayastronaut I cannot really follow this wheels freely spinning with friction argument. As others mentioned the air speed matters! And here comes the boundary layer theory. It postulates that the air speed directly at a surface is 0 relative to the surface. 1/2

[S. Waldmeister @lessergen]

@swakPyFoam "Never ever break user experience"! Never understood why do heavy renaming in a production code. Extend still supported? I'm using ESI and extend by now.

[OpenFOAM Workshop @of_ws]

Two more and this account has 1000 followers. Will we make it during #ofw15

[CFD Direct OpenFOAM @CFDdirect]

We created a Docker image to run #OpenFOAM v4.1 on any @Linux distribution, incl. RHEL, CentOS, Fedora, SuSE/SLES: https://t.co/TTxEa9kM3y

[S. Waldmeister @lessergen]

@albertop78 but it lacks support for projects shared on local network. Only Mendeley own servers possible. No experience with Zotero here.

[S. Waldmeister @lessergen]

@albertop78 Mendeley has a very good automatic recognition algorithm (author, title, etc.) and an option to have a folder structure.

[Computational Sciences & Engineering @Computational_s]

▶ Compiling CUDA solvers in Foam Extend v 3.2 - Today's computing world is slowly and steadily shifting from CP... https://t.co/yAFMqAw0lR