Modèle de rapport ASD v1
Ludovic Journaux 2017-2018
AgroSup Dijon
Ce modèle est destiné aux étudiants d'AgroSup Dijon pour leur rapports et mémoire de 3eme année.
Modèle de rapport de stage (ou autre) en LaTeX utilisable à Polytech Lyon ou dans n'importe quelle école du réseau Polytech sous réserve de changer les images. Nom du PDF final demandé à Polytech Lyon en date de la promotion 2021-2022 :
AAAA_MM_5A_SPECIALITE_NOM_PRENOM
Attention, le modèle présent sur Overleaf n'est peut-être pas le plus à jour. Pour obtenir la dernière version, n'hésitez pas à passer sur le repo Github : https://github.com/mathisgauthey/Polytech_Lyon_Rapport_Stage_Latex
La licence n'empêche absolument pas l'utilisation, la modification et la distribution du présent document pour un usage personnel ou commercial, il s'agit d'une licence libre open source. Plus d'informations ici : https://choosealicense.com/licenses/mit/
A thesis template for theses.
Everything is up to date (2018) and commented for use by anyone that doesn't necessarily have a wide knowledge of informatics.
Template meeting the specifications given by the INPI.
Source and author: https://github.com/tdehaeze/Patent-Template-LaTeX
This template was originally published on ShareLaTeX and subsequently moved to Overleaf in November 2019.
Inconel 718 is the most employed superalloy in the industry and it is often found in aerospace engines and power generation turbines. Superalloys are known as one of the most difficult group of materials to machine and therefore, tool material, tool geometry and cutting parameters should be carefully selected. Numerous researches have proven the enhanced productivity in turning of ceramic tools compared to carbide ones, while considerably less information is with regard to milling. Moreover, no knowledge has been developed about machining holes with this type of tools. More research on different machining techniques like circular ramping is critical to expand the productivity improvements that ceramics offer. This paper initially reviews prior work about ceramic tools. Then, a 3D simulation and a number of experiments with SiAlON round inserts have been carried out to evaluate the effect of the cutting speed and pitch on the tool wear and chip generation. The results show that three different types of chips are generated as well as that there are three potential wear zones. Top slice wear was identified as the most critic wear type followed by the notch wear. Flank wear and adhesion were also found in most of the tests. To conclude with, a 6.6 times more productive process than with carbide tools was achieved. Cet article étudie deux méthodes utilisées dans le cadre du transport humanitaire en cas de crise (désastre, épidémie...). Le Covering Tour Problem se focalise sur l'équité de distribution des vivres, alors que le Capacitated Vehicle Routing Problem se concentre sur l'urgence de la distribution. Nous proposons une nouvelle approche mélangeant ces deux approches pour former une solution à la fois équitable et rapide. Ce article a été rédigé dans le cadre du TER 2014-2015.