Affichage des articles dont le libellé est Programmes. Afficher tous les articles
Affichage des articles dont le libellé est Programmes. Afficher tous les articles
MathWorks MATLAB R2019a v9.6.0.1072779
MATLAB R2019a Découvrez les nouveautés
Exploitez pleinement MATLAB et Simulink en téléchargeant la dernière version.
Deep Learning
Utilisez la différenciation automatique, les pondérations partagées et les boucles d'apprentissage personnalisées pour construire des architectures évoluées de Deep Learning, telles que les réseaux GAN et siamois.
Introduction à Stateflow (Stateflow Onramp)
Découvrez les fondamentaux de la création, l'édition et la simulation de modèles Stateflow à l'aide d'un tutoriel interactif.
Automobile
Créez des compositions AUTOSAR et simulez des services Basic Software. Testez des algorithmes de conduite autonome dans des simulations 3D. Utilisez des modèles de Deep Learning de moteur et des modèles P0-P4 HEV pour tester des algorithmes de contrôle et simuler des systèmes.
Robotique
ROS Toolbox : concevez, simulez et déployez des applications basées sur ROS.
Navigation Toolbox : concevez, simulez et déployez des algorithmes pour la planification et la navigation.
Robotics System Toolbox : concevez, simulez et testez des applications robotiques.
MATLAB Live Editor
Explorez de manière interactive les paramètres et prétraitez les données. Générez du code MATLAB qui devient partie intégrante de votre live script.
Simulink
Découvrez les fonctionnalités de Simulink et accédez-y via la nouvelle barre d'outils Simulink.
Download MathWorks MATLAB R2019a v9.6.0.1072779 x64 WIN + Linux TORRENT File
Mathworks Matlab R2010b
MATLAB
Analyse de données, développement d’algorithmes et création de modèles mathématiques
Des millions d'ingénieurs et de scientifiques font confiance à MATLAB
MATLAB associe un environnement de bureau adapté pour l'analyse par itération et les processus de conception avec un langage de programmation permettant d'exprimer directement les mathématiques sous forme de tableaux et de matrices.
Conçu de façon professionnelle
Les toolboxes MATLAB sont développées de façon professionnelle, rigoureusement testées et intégralement documentées.
Avec des applications interactives
Les applications MATLAB vous permettent de tester différents algorithmes sur vos données. Itérez jusqu'à obtenir les résultats attendus, puis générez automatiquement un programme MATLAB pour reproduire ou automatiser votre travail.
Et la possibilité d’augmenter ses capacités
Exécutez vos analyses sur des clusters, des GPU et sur le Cloud avec un minimum de modifications au niveau du code. Vous n'avez pas besoin de réécrire votre code ou de vous familiariser avec la programmation Big Data et les techniques hors mémoire.
Amenez vos idées de la recherche à la production
Déploiement vers les applications d'entreprise
Le code MATLAB est prêt pour la production, vous pouvez donc accéder directement à votre Cloud et à vos systèmes d'entreprise, puis effectuer l'intégration avec les sources de données et les systèmes métier.
Exécution sur du matériel embarqué
Convertissez automatiquement les algorithmes MATLAB en code C/C++ et HDL pour leur exécution sur du matériel embarqué.
Intégration avec le Model-Based Design
MATLAB fonctionne avec Simulink pour supporter l’approche Model-Based Design, qui est utilisée pour la simulation multidomaine, la génération automatique de code, ainsi que le test et la vérification des systèmes embarqués.
Download Mathworks Matlab R2010b (7.11) Windows x32 x64 7.11 584 x86+x64 [03.09.2010, ENG] TORRENT File
SOLIDWORKS PREMIUM EDITION 2015 SP1.1 Х64 MULTI
SolidWorks permet de générer 3 types de fichiers : pièce, assemblage et mise en plan. Pour la génération de pièce, il vous permet d’en concevoir grâce à différentes fonctions intégrées au logiciel comme la fonction d’extrusion ou de balayage. Vous pouvez également si vous en avez besoin ajouter des trous normalisés ou des congés par exemple : cela dépend de votre projet ! Lorsque vous avez fini la conception de vos pièces, vous pouvez en connaître différentes caractéristiques comme le volume, la position de centre de masse ou la surface par exemple. Une fois toutes vos pièces créées, vous pouvez les juxtaposer pour les assembler. Cette étape d’assemblage engendre la création des contraintes d’assemblage. La dernière fonction de mise en plan consiste à générer des vues 2D de votre création. La mise en plan est possible pour les pièces comme pour les assemblages.
Points fondamentaux
SOLIDWORKS® 2015 inclut de nombreuses améliorations et nouveautés, la plupart apportées pour répondre aux demandes des clients. Cette version est axée sur les fonctions suivantes:
Améliorer la productivité au quotidien : Performance améliorée d'ingénierie et de conception pour rendre votre travail plus rapide et plus simple.
Optimiser votre processus de travail : Partager des informations facilement et globalement avec un minimum d'effort.
Réduire la production et le coût des opérations : Rapprocher la conception et les opérations.
Développer les marchés que vous desservez : De nouvelles applications vous permettent de développer les marchés que vous desservez.
DOWNLOAD SOLIDWORKS PREMIUM EDITION 2015 SP1.1 Х64 MULTI TORRENT
https://dollarupload.com/dl/b6916a6dd
CES Edupack 2013
What is CES EduPack?
CES EduPack is a unique set of teaching resources that support Materials Education across Engineering, Design, Science and Sustainable Development.
- Enjoy teaching engaged students using interactive, visual software
- Teach transferable skills, including rational materials selection
- Get fast access to reliable materials data, saving time
- Keep courses up-to-date with the latest resources and data (recent additions cover sustainability and Additive Manufacturing)
- Use self-study resources to stretch stronger students and to help others catch up
- Apply real industrial case studies
- Encourage inter-disciplinary learning, communication, and sharing of resources
CES EduPack 2013 gives educators a head start in interdisciplinary undergraduate materials teaching
New
release supports materials education across engineering, science, and
design with new data, models, resources, and improvements to usability.
Cambridge,
UK – April 24, 2013 Granta Design today announced that CES EduPack™
2013 is ready for shipment, providing educators with updated software
and teaching resources as they prepare lectures, project work, student
exercises, and course handouts for next academic year’s undergraduate
teaching. The new version of this world-leading teaching resource for
materials in engineering, science, processing, and design has a
particular focus on interdisciplinary teaching. There are also new ways
to get students started quicker, enhanced search capabilities, and more
data and resources for advanced teaching.
CES EduPack 2013 is a
common resource across all years of study in a wide range of
materials-related courses (from mechanical engineering and materials
science to more specialist areas such as sustainability, aerospace, or
polymer sciences). Now used at over 800 universities and colleges
worldwide, CES EduPack combines comprehensive materials information,
specialist software to access and use that information, and extensive
supplementary teaching materials.
For many universities,
sustainability is a common thread linking these courses. In CES EduPack
2013, a new Sustainability Database helps students to explore the social
and environmental factors that must often be considered alongside
engineering equations when making material choices.
At this
year’s CES EduPack Short Courses, held in recent weeks at Philadelphia
University (PA) and Cambridge University (UK), participants previewed
the new software. The courses included widely-praised lecture units
which are now being shared with the materials education community
through Granta’s Teaching Resource Website. This is accessible to all
educators who use CES EduPack. The lectures join hundreds of exercises,
teaching aids, and background papers developed at Granta or contributed
by university and college teachers. Some of these resources are
available as ‘open access resources’. The resources are valuable to
anyone constructing a materials-related course, particularly those
charged with integrating materials modules into related disciplines.
Feedback
from the CES EduPack community of over 5,000 materials educators,
including short course participants, plays a key role in driving ongoing
developments. This feeds into Granta’s innovation program, guided by
Granta co-founder, Professor Mike Ashby of Cambridge University. An
example of this user-focused innovation is the significantly-improved
search engine in the CES EduPack software. This is not only faster, but
has been further optimized for materials data—for example, to handle
variations in expressing material designations. Course attendees also
appreciated improvements to usability such as a new start-screen, which
gives students quick access to the right information for exercises and
project work, and the ability to watch video tutorials on YouTube.
For
more advanced teaching, CES EduPack 2013 offers new information to
support study of heat treatment and other means of improving the
performance of metals. The Hybrid Synthesizer tool, which aids teaching
about composites and other hybrid materials and structures, includes new
predictive models and enables users to add their own models – aiding
investigation of key technologies in the topical area of lightweighting.
“Educators
appreciate gaining access to both the latest software and many updated
teaching resources well in advance of the new academic year,” comments
Prof. Mike Ashby. “This allows them to get ahead in their preparation,
enabling great lectures, classroom-based teaching, and student-led
exploration and evaluation of materials and their applications.”
Users of CES EduPack 2013 with a license entitling them to an update will receive their new version during May.
Who is using CES EduPack?
CES EduPack is used at over 1,000 universities and colleges worldwide to support Materials Education from teaching of introductory materials topics to post-graduate courses.
Does it support my subject?
Editions support Mechanical Engineering, Manufacturing, Industrial Design, Aerospace Engineering, Materials Science, Bioengineering, Sustainable Design, and more...
What is in CES EduPack?
CES EduPack provides a comprehensive database of materials and process information, powerful materials software tools, and a range of supporting resources: textbooks, lectures, projects, and exercises.
The team behind CES EduPack
CES EduPack was founded on the pioneering work of renowned materials educator Professor Mike Ashby (pictured), working with colleagues at Cambridge University and around the world. It has been developed for over twenty years by working closely with the global network of CES EduPack users and collaborators, and through the work of the CES EduPack team based at the Granta headquarters in Cambridge, UK.
Download CES Edupack 2013
DS SIMULIA ABAQUS 2016.0 Win/Linux x64 [2016, ENG]
Today, product simulation is often being performed by engineering groups using niche simulation tools from different vendors to simulate various design attributes. The use of multiple vendor software products creates inefficiencies and increases costs. SIMULIA delivers a scalable suite of unified analysis products that allow all users, regardless of their simulation expertise or domain focus, to collaborate and seamlessly share simulation data and approved methods without loss of information fidelity.
The Abaqus Unified FEA product suite offers powerful and complete solutions for both routine and sophisticated engineering problems covering a vast spectrum of industrial applications. In the automotive industry engineering work groups are able to consider full vehicle loads, dynamic vibration, multibody systems, impact/crash, nonlinear static, thermal coupling, and acoustic-structural coupling using a common model data structure and integrated solver technology. Best-in-class companies are taking advantage of Abaqus Unified FEA to consolidate their processes and tools, reduce costs and inefficiencies, and gain a competitive advantage.
Abaqus6.11 delivers on SIMULIAs strategic commitment to provide scalable,high-quality realistic simulation solutions with new capabilities andmore than 100 customer-requested enhancements.
SIMULIA customers in awide range of industries “ including aerospace, automotive, consumerpackaged goods, energy, and life sciences “ are using Abaqus to explorethe real-world physical behavior of products and materials, in order toimprove performance, reliability and safety, while reducing developmenttime and costs.
Here are some Features of "Abaqus":
Multiphysics:
Electromagnetics solver for problems requiring time-harmonic eddycurrent analysis, such as the hardening of a bearing surface due toinduction
Smoothed particle hydrodynamics (SPH) capability for modeling violent free-surface flows, such as fluid sloshing
Ability to define a spatially varying velocity when specifyinginflow and outflow conditions and wall boundary conditions for a fluiddynamic analysis
Modeling & Visualization:
Interactive mapping capability for importing and applying spatiallyvarying parameter values based on an external data source, such aspressure loads from a computational fluid dynamics (CFD) application
Capabilities for more realistic and efficient large-scale fastenermodeling for applications such as rivets on an aircraft fuselage
Ability to display stress variation on beam sections, such as structuralmembers of an offshore platform subjected to wave loading
Additional options for freebody force and moment output including theability to display output at multiple sections and history plots
Performance:
Abaqus/Standard can be executed in parallel on shared memorycomputers equipped with compute-capable graphics processing unit (GPU)cards
Scalable thread-parallel execution capability of theparallel AMS eigensolver, for solving larger symmetric eigenvalueproblems faster
Parallel cavity radiation scheme for modelingheat transfer effects due to radiation in enclosures, such as heattransfer in an engine exhaust
Parallel frequency response solverto support shared memory parallel (SMP) with up to 24-cores, providingclass leading performance
Add-ons:
Abaqus TopologyOptimization Module (ATOM) provides topology and shape optimizationcapabilities that accounts for material nonlinearity and contact
Enhanced CATIA V5 Bidirectional Associative Interface (AI) providesseamless parameter updating for rapid design analysis iterations.
DOWNLOAD DS SIMULIA ABAQUS 2016.0 Win/Linux x64 [2016, ENG] TORRENT
http://fileups.net/file/b6J5Q5
Notepad++
A propos de...
Notepad++ est un éditeur de code source qui prend en charge plusieurs langages. Ce programme, codé en C++ avec STL et win32 api, a pour vocation de fournir un éditeur de code source de taille réduite mais très performant. En optimisant de nombreuses fonctions tout en conservant une facilité d'utilisation et une certaine convivialité, Notepad++ contribue à la limitation des émissions de dioxyde de carbone dans le monde : en effet, en réduisant l'utilisation de CPU, la consommation d'énergie des ordinateurs chute considérablement, en conséquence de quoi, la terre est plus verte.
Télécharger Notepad++ 6.8.3 released
RDM6 Logiciel de calcul de Résistance Des Matériaux
RDM 6 est un logiciel destiné à l'enseignement du calcul des structures par la méthode des éléments finis. Il comprend les modules suivants :
RDM Flexion : calcul et optimisation des poutres droites sollicitées en flexion simple.
RDM Rosettes : Dépouillement des rosettes, étude des contraintes et des déformations autour d'un point
( remarque : le module rosette.exe est gratuit ).
RDM Ossatures : analyse statique et dynamique des ossatures planes ou tridimensionnelles Modélisation de la géométrie.
Interface IGES.
Bibliothèque de sections droites paramétrées.
Bibliothèque de profilés.
Évaluation des caractéristiques des sections droites par intégration sur le contour de la section (aire, moments quadratiques... ) ou par la méthode des éléments finis après maillage automatique de la section (constante de torsion, centre de cisaillement, aires cisaillées...).
Sections droites définies par l'opérateur : fichier IGES.
Bibliothèque de matériaux.
Combinaisons de cas de charges.
Éditions des données et des résultats.
Analyse statique linéaire.
Flambement linéaire ( eulérien ) : calcul des coefficients de charge critiques.
Calcul des fréquences propres.
Diagrammes : effort normal, effort tranchant, moment fléchissant...
Évaluation des contraintes sur une section droite : normales, tangentielles, contraintes équivalente de Von Mises.
RDM Éléments finis (Modélisation et maillage d'une surface plane)
Création de la géométrie.
Interface IGES.
Maillage automatique de la structure en triangles à 3 ou 6 noeuds ( méthode de Delaunay ).
Maillage par blocs de la structure en triangles à 3 ou 6 noeuds et/ou quadrilatères à 4, 8 ou 9 noeuds.
Élasticité plane ou de révolution ( analyse statique et dynamique ) dans l'une des hypothèses suivantes :
Contraintes planes.
Déformations planes.
Problème de révolution.
Flexion des plaques ( analyse statique et dynamique ).
Analyse thermique en régime permanent ( problème plan ou de révolution ).
Section droite d'une poutre : ce module permet, après maillage automatique de la section, le calcul des caractéristiques et l'évaluation des contraintes.
Download RDM6
https://dollarupload.com/dl/58eed
Wincam EMCO
La programmation de machines CN se fait aujourd'hui dans la pratique par l'intermédiaire de la programmation de contour automatique.
La compréhension du programme CN généré automatiquement est toutefois nécessaire pour l'expert.
WinCAM propose un concept didactique continu allant du réglage simple des contours de pièce en mode CAO jusqu'à l'exécution du programme CN sur une machine CN raccordée en passant par la création automatique interactive du programme CN en mode FAO.
WinCAM est tout à fait adapté à la formation grâce à l'aide On-line à structure complète.
TELECHARGER / DOWNLOAD
CASCA & FRANC2D
Software
Software Distribution
Unsupported executable versions of the programs FRANC2D, CASCA, OSM, FRANC3D/Classic, and BES are distributed freely. Copyright and ownership of the programs remain with the Authors. Users can freely download the programs from this site (www.cfg.cornell.edu). However, neither the Authors, nor the Cornell Fracture Group, nor Cornell University, nor the Sponsors are obliged to provide support or maintenance. Users are obliged to acknowledge the program(s) in all papers or reports where applicable. See full Policy Statement.
FRANC2D
FRANC2D models can be created with CASCA, which is a simple pre-processor; we provide the MSWindows version of it. There are some translators available below; the ABAQUS Matlab translator is the most complete and updated. The source code to convert ANSYS, NASTRAN and other FE file formats is old and will likely need to be revised before use.
FRANC3D / Classic
FRANC3D/Classic comes bundled with OSM and BES. OSM is a simple pre-processor. BES is a boundary element program that consists of 4 executable files. The MSWindows version only works with Cygwin-X. You need to start the Cygwin Xserver and run FRANC3D and OSM from a Cygwin-Xterm window. To get the BES executables to run automatically from FRANC3D, the PATH environment should include the folder that contains the BES executable files. The Linux version of FRANC3D and OSM software is restricted to 32bit (the code will not compile on 64bit PCs). In addition, it seems to hang when running in a virtual Ubuntu Linux 12.04 32bit PC. This software has not been modified since 2007, and no further development or bug fixes will be done. It is provided as is and without any further support. An all new version of FRANC3D is available from Fracture Analysis Consultants, Inc.
Note that the FRANC3D & OSM documentation is for Version 2.6, while the software is at Version 3.2, so there might be some differences. We do not intend to update the documentation.
Download CASCA & FRANC2D
https://dollarupload.com/dl/b2dd3
Software Distribution
Unsupported executable versions of the programs FRANC2D, CASCA, OSM, FRANC3D/Classic, and BES are distributed freely. Copyright and ownership of the programs remain with the Authors. Users can freely download the programs from this site (www.cfg.cornell.edu). However, neither the Authors, nor the Cornell Fracture Group, nor Cornell University, nor the Sponsors are obliged to provide support or maintenance. Users are obliged to acknowledge the program(s) in all papers or reports where applicable. See full Policy Statement.
FRANC2D
FRANC2D models can be created with CASCA, which is a simple pre-processor; we provide the MSWindows version of it. There are some translators available below; the ABAQUS Matlab translator is the most complete and updated. The source code to convert ANSYS, NASTRAN and other FE file formats is old and will likely need to be revised before use.
FRANC3D / Classic
FRANC3D/Classic comes bundled with OSM and BES. OSM is a simple pre-processor. BES is a boundary element program that consists of 4 executable files. The MSWindows version only works with Cygwin-X. You need to start the Cygwin Xserver and run FRANC3D and OSM from a Cygwin-Xterm window. To get the BES executables to run automatically from FRANC3D, the PATH environment should include the folder that contains the BES executable files. The Linux version of FRANC3D and OSM software is restricted to 32bit (the code will not compile on 64bit PCs). In addition, it seems to hang when running in a virtual Ubuntu Linux 12.04 32bit PC. This software has not been modified since 2007, and no further development or bug fixes will be done. It is provided as is and without any further support. An all new version of FRANC3D is available from Fracture Analysis Consultants, Inc.
Note that the FRANC3D & OSM documentation is for Version 2.6, while the software is at Version 3.2, so there might be some differences. We do not intend to update the documentation.
Download CASCA & FRANC2D
https://dollarupload.com/dl/b2dd3
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