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This project contains a python code to display the surface of a fluid joint and to compare numerical simulations from the energy-based software Surface Evolver to a proposed Capillary Geometric Model. The studied fluid joint is composed of two circular surfaces in translation with respect to each other, linked by a capillary bridge of constant volume. Fluid joints are of interest as soft mechanical joints for microrobotics when capillary effects are predominant over gravity. They offer compliance, numerous degrees of freedom and large motions depending on their design.

The goal of this project is to provide a 2D, 3D and multi-labels mutual shape estimation module compatible with the ITK library. Mutual shape estimation means calculating a consensus shape from several inputs coming from different segmentation entries or expert drawings. The multi-labels approach is useful to estimate mutual shapes composed of multiples labels in 2D or 3D. This is the first version of the module which was written in the Laboratory CREATIS, CNRS by A. Garcia under the supervision of S. Jehan-Besson (CREATIS, CNRS) and P. Clarysse (CREATIS, CNRS).

KiCad est une suite logicielle de conception complète de circuits imprimés (PCB) gratuite et open source. En apprenant à utiliser les différents outils de la suite, vous pourrez créer des circuits imprimés professionnels de haute qualité, en passant de la saisie et la simulation de schématique, à la conception et la génération des fichiers de fabrication du PCB.

L'émulateur de ports série est un outil logiciel, vous permettant la mise au point d'une interface pour PC que vous développer dans un langage de programmation, comme Python, C# ou LabVIEW.

this project allows to create a graphical interface allowing a simple use of Dissect. Develop under python, it uses Panel as the base of interactive element

This repository contains CFD RANS results for different simulations. The Reynolds number of each simulation is indicated in the name of the folder which contains the results (Overall, it spans between 50<Re<150). The "Cylinder" folder contains simulations in which the bluff body is a plain cylinder. The "Random shape" folder contains simulations in which the bluff body is randomly generated. The "Double cylinder" folder contains simulations in which there are 2 cylindrical bluff bodies (also referred to as 'flip flop') The "Shifted random shape" folder contains simulations in which the shape of the bluff body is randomly generated and it is randomly shifted in the computational domain.

See logger-36 at: https://src.koda.cnrs.fr/eric.debreuve/logger-36/

A new implementation of ALISE architecture: more simple and taking advantages of pytorch Transformer class

EolPop est un outil permettant de quantifier l'impact démographique des mortalités aviaires causées par les collisions avec les éoliennes.

Fork of MesoNH to integrate ForeFire developments

Trouver un instrument à l'aide du protocole SCPI.