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  • Altair HyperXtrude Benefits
    Industries Industries Aérospatial Architecture Automobile Biomédical Biens de consommations Défense Electroniques Energie Industries lourdes Marine Solutions Solutions Partner Alliance CFD Cloud Composites Crash sécurité passive Durabilité Fabrication Multiphysics NVH Conception robuste et optimisation Véhicules dynamiques Workflow Automation Produits Produits Altair Product Showcase Discover the HyperWorks and Altair Partner Alliance products Click Here Modélisation et visualisation HyperMesh HyperView HyperGraph HyperCrash MotionView HyperMath SimLab solidThinking Evolve solidThinking Inspire solidThinking Click2Cast Analyse et optimisation OptiStruct RADIOSS AcuSolve HyperStudy MotionSolve HyperForm HyperXtrude Virtual Wind Tunnel FEKO VisSim Altair Cloud Solutions HyperWorks Unlimited Physical Appliance HyperWorks Unlimited Virtual Appliance Simulation Cloud Suite Altair Partner Alliance Discover Altair s Partner Products Click Here Collaboration and Automation Click here Altair Partner Alliance The APA offers 3rd party technology alongside HyperWorks products under one license Resources Resources HyperWorks Resource Library Click Here Téléchargements de produits Téléchargements gratuits Echange de scripts Trucs et astuces Newsletter Presentations Les succès Webinar Recordings White Papers Videos Support Training Support Training Client Center Downloads updates resources and more Click here Support Documentation Support Forum Contactez nous Formation Training Home Course Schedule Course Descriptions Virtual Led Training Self Paced Training HyperWorks Learning Library Contactez nous Academic Academic Programmes universitaires Academic Training Center Academic Support Forum A propos de A propos de A propos Business Model Why HyperWorks Communiqués de presse Evénements Nos Partenaires Blog Locations Contactez nous Informations sur le produit A propos de Bénéfices Capacités Nouveautés Documentation HyperXtrude for Metals Brochure HyperXtrude for Polymers Brochure Case studies HyperXtrude Case studies Publications HyperXtrude for Metal Extrusion HyperXtrude for Polymer Extrusion HyperXtrude for Friction Stir Welding Thesis Dissertation Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Altair HyperXtrude Altair HyperXtrude Benefits HyperXtrude offers an analysis tool for virtual testing validation correction and optimization of extrusion die designs Minimize die design time and cost

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  • Altair
    Aérospatial Architecture Automobile Biomédical Biens de consommations Défense Electroniques Energie Industries lourdes Marine Solutions Solutions Partner Alliance CFD Cloud Composites Crash sécurité passive Durabilité Fabrication Multiphysics NVH Conception robuste et optimisation Véhicules dynamiques Workflow Automation Produits Produits Altair Product Showcase Discover the HyperWorks and Altair Partner Alliance products Click Here Modélisation et visualisation HyperMesh HyperView HyperGraph HyperCrash MotionView HyperMath SimLab solidThinking Evolve solidThinking Inspire solidThinking Click2Cast Analyse et optimisation OptiStruct RADIOSS AcuSolve HyperStudy MotionSolve HyperForm HyperXtrude Virtual Wind Tunnel FEKO VisSim Altair Cloud Solutions HyperWorks Unlimited Physical Appliance HyperWorks Unlimited Virtual Appliance Simulation Cloud Suite Altair Partner Alliance Discover Altair s Partner Products Click Here Collaboration and Automation Click here Altair Partner Alliance The APA offers 3rd party technology alongside HyperWorks products under one license Resources Resources HyperWorks Resource Library Click Here Téléchargements de produits Téléchargements gratuits Echange de scripts Trucs et astuces Newsletter Presentations Les succès Webinar Recordings White Papers Videos Support Training Support Training Client Center Downloads updates resources and more Click here Support Documentation Support Forum Contactez nous Formation Training Home Course Schedule Course Descriptions Virtual Led Training Self Paced Training HyperWorks Learning Library Contactez nous Academic Academic Programmes universitaires Academic Training Center Academic Support Forum A

    Original URL path: http://www.hyperworks.fr/HWTemp3Product.aspx?product_id=15&item_name=Capabilities (2016-01-12)
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  • Altair HyperXtrude 13.0 New Features
    Nos Partenaires Blog Locations Contactez nous Informations sur le produit A propos de Bénéfices Capacités Nouveautés Documentation HyperXtrude for Metals Brochure HyperXtrude for Polymers Brochure Case studies HyperXtrude Case studies Publications HyperXtrude for Metal Extrusion HyperXtrude for Polymer Extrusion HyperXtrude for Friction Stir Welding Thesis Dissertation Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Altair HyperXtrude HyperXtrude 13 0 New Feature Highlights The HyperXtrude 13 0 release focuses on the User Experience and offers a more intuitive Graphical User Interface along with significant advancements to core and solver functionality Metal Extrusion Speed and Performance Now you can work with large models up to 4 million nodes on both Windows and Linux 64 bit platforms Solver Accuracy Improvements include cone prediction of profiles especially for those with large variation in thicknesses Bearing Optimization This module determines the imbalance in material flow at the end of the bearing region instead of the exit to improve the accuracy of the bearing optimization Mandrel Offset In this release you can mesh the model with the mandrel offset and the solver will account for this step in the computation The advantage of including the mandrel offset is savings in time spent in CAD correction Grain Size Computations A new dynamic recrystallization grain size model DRX accounts for the dependency of grain size on strain and temperature corrected strain rate Automatic Extraction of Flow Volume A new one click option extracts the negative volume for the tool assembly and greatly minimizes model preparation time Automatic Billet Creation This option lets you determine a billet center from a die surface or edge Specify center coordinates and estimate the upset billet length from the specified data One Click Solid Editing One click editing lets you Merge or Connect solids with a shared common surface at the interface of adjacent solids Geometry Cleanup Access HX Geom Cleanup from the Geometry menu to remove edges and sliver surfaces This option greatly minimizes model cleanup time Specifying Billet Taper Data With the Billet Taper option you can specify three types of tapers in your analysis Axial taper radial taper and lateral taper You can specify the Axial Taper in up to five zones where temperature can vary linearly with different gradients Starter Billet Using the Billet Taper option you can specify starter billets of different lengths and use a different ram speed for each billet This data is relevant only for transient multi cycle analysis You can specify up to 5 different initial cycles with varying billet length data In addition you can use different axial tapers for each of the initial cycles Super Alloy Extrusion Using Glass Lubrication The Extrusion Wizard now supports glass lubricated with glass pad and glass powder coating extrusion Glass lubrication is often used with nickel titanium and steel alloy extrusion requires a custom solver version Fit Material An improved Fit Material GUI in the HyperXtrude material database lets you specify material data interactively or via the DAT file Improve Mesh The Extrusion Wizard

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  • HyperXtrude for Metal Extrusion Publications
    Optimization of bearing surface in extrusion die design Presented at OPTICON 99 Los Angeles CA 1999 2 Reddy M P Carlsson H Bergquist O Reilli M and Agostoni F Numerical simulation of flow near bearings during aluminum extrusion presented at 5 th World Congress Aluminium 2000 Rome Italy 18 22 March 2003 3 Reddy M P Mayavaram R Durocher D Carlsson H and Bergquist O Analysis and design optimization of aluminum extrusion dies in Proceedings of the Eight International Aluminum Extrusion Technology Seminar Vol 1 2004 231 235 4 Kumar S and P Vijay Die design and experiments for shaped extrusion under cold and hot condition Journal of materials processing technology 190 no 1 2007 375 381 http www sciencedirect com science article pii S0924013607000817 5 Kloppenborg Thomas Marco Schikorra Michael Schomäcker and A Erman Tekkaya Numerical optimization of bearing length in composite extrusion processes Key Engineering Materials 367 2008 47 54 http www scientific net KEM 367 47 6 Gong Gang Xi kun Wu Zhen yuan Huang Yi qing Liang and Ming qiang Luo Mold design optimization for flat rectangular tube extrusion using Hyperxtrude technology Light Alloy Fabrication Technology 11 2010 011 http en cnki com cn Article en CJFDTOTAL QHJJ201011011 htm 7 Zhao yao PAN Jian yi Zhou Wang Yao Wu Yuan biao Tan Chi dong and Chen He ai Design and numerical simulation analysis on extrusion die of aluminum section with complicated profile Journal of Plasticity Engineering 1 2010 012 http en cnki com cn Article en CJFDTotal SXGC201001012 htm 8 V N S U Vishwanath Ammu P Mahendiran Sonali Wasnik K V Ranama Rao J Mukhopadhya Yogesh Soundattikar Optimization of bearing lengths Presented at Aluminium Extrusions Expo Mumbai India 2010 9 Cunsheng CHEN Hao ZHAO Guoqun ZHANG and G U A N Yanjin Numerical simulation of extrusion process and die structure optimization for a hollow aluminum profile with thin wall Journal of Mechanical Engineering 24 2010 007 http en cnki com cn Article en CJFDTOTAL JXXB201024007 htm 10 Chen Hao Guoqun Zhao Cunsheng Zhang Yanjin Guan Hui Liu and Funjun Kou Numerical simulation of extrusion process and die structure optimization for a complex aluminum multicavity wallboard of high speed train Materials and Manufacturing Processes 26 no 12 2011 1530 1538 http www tandfonline com doi abs 10 1080 10426914 2011 551950 11 Zhang C S Zhao G Q Chen H Wang H 2011 Numerical Simulation and Die Optimal Design of a Complex Section Thin Walled Aluminum Profile Extrusion Advanced Materials Research 148 195 199 http www scientific net AMR 148 149 195 pdf 12 Liu Peng Shui Sheng Xie and Lei Cheng Die Optimal Design for a Large Diameter Thin Walled Aluminum Profile Extrusion by ALE Algorithm Advanced Materials Research 306 2011 459 462 http www scientific net AMR 306 307 459 13 Chen Hao Guo Qun Zhao Cun Sheng Zhang and Dao Sheng Wen Effects of Multi Step Welding Chamber on Extrusion Product Quality and Die Strength Applied Mechanics and Materials 44 2011 311 315

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  • HyperXtrude for Polymer Extrusion
    offers 3rd party technology alongside HyperWorks products under one license Resources Resources HyperWorks Resource Library Click Here Téléchargements de produits Téléchargements gratuits Echange de scripts Trucs et astuces Newsletter Presentations Les succès Webinar Recordings White Papers Videos Support Training Support Training Client Center Downloads updates resources and more Click here Support Documentation Support Forum Contactez nous Formation Training Home Course Schedule Course Descriptions Virtual Led Training Self Paced Training HyperWorks Learning Library Contactez nous Academic Academic Programmes universitaires Academic Training Center Academic Support Forum A propos de A propos de A propos Business Model Why HyperWorks Communiqués de presse Evénements Nos Partenaires Blog Locations Contactez nous HyperXtrude for Polymer Extrusion Publications Material Flow and Thermal Analysis 1 Reddy M P Hardy O P Thomas H L and Bangarpet P R Optimal design of extrusion dies using hp adaptive finite element model AIAA 98 4790 1998 http arc aiaa org doi abs 10 2514 6 1998 4790 2 Reddy M P Schaub E G Reifschneider L G Thomas H L Design and optimization of three dimensional dies using adaptive finite element method Society of Plastics Engineers Annual Technical Conference ANTEC 99 New York NY 1999 pp 63 67 3 Reifschneider L G Documenting and simulating flow segregation in geometrically balanced runners J Injection Molding Tech Vol 5 No 4 2011 pp 208 223 4 Haylett R J Rhoades D W True 3D flow analysis for designing hot and cold runners in injection molds Society of Plastics Engineers Annual Technical Conference ANTEC 2001 Dallas TX 2001 pp 3136 3140 5 Reifschneider L G Automated sheet die design Society of Plastics Engineers Annual Technical Conference ANTEC San Francisco CA 2002 pp 13 6 Dropik M Beaumont J Isolation of true runner system behavior in simulation tools for injection molding Society of Plastics Engineers

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  • HyperXtrude for Friction Stir Welding Publications
    Produits Produits Altair Product Showcase Discover the HyperWorks and Altair Partner Alliance products Click Here Modélisation et visualisation HyperMesh HyperView HyperGraph HyperCrash MotionView HyperMath SimLab solidThinking Evolve solidThinking Inspire solidThinking Click2Cast Analyse et optimisation OptiStruct RADIOSS AcuSolve HyperStudy MotionSolve HyperForm HyperXtrude Virtual Wind Tunnel FEKO VisSim Altair Cloud Solutions HyperWorks Unlimited Physical Appliance HyperWorks Unlimited Virtual Appliance Simulation Cloud Suite Altair Partner Alliance Discover Altair s Partner Products Click Here Collaboration and Automation Click here Altair Partner Alliance The APA offers 3rd party technology alongside HyperWorks products under one license Resources Resources HyperWorks Resource Library Click Here Téléchargements de produits Téléchargements gratuits Echange de scripts Trucs et astuces Newsletter Presentations Les succès Webinar Recordings White Papers Videos Support Training Support Training Client Center Downloads updates resources and more Click here Support Documentation Support Forum Contactez nous Formation Training Home Course Schedule Course Descriptions Virtual Led Training Self Paced Training HyperWorks Learning Library Contactez nous Academic Academic Programmes universitaires Academic Training Center Academic Support Forum A propos de A propos de A propos Business Model Why HyperWorks Communiqués de presse Evénements Nos Partenaires Blog Locations Contactez nous HyperXtrude for Friction Stir Welding Publications 1 Reddy M P and Baumann C E

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  • HyperXtrude Thesis/Dissertation
    Fabrication Multiphysics NVH Conception robuste et optimisation Véhicules dynamiques Workflow Automation Produits Produits Altair Product Showcase Discover the HyperWorks and Altair Partner Alliance products Click Here Modélisation et visualisation HyperMesh HyperView HyperGraph HyperCrash MotionView HyperMath SimLab solidThinking Evolve solidThinking Inspire solidThinking Click2Cast Analyse et optimisation OptiStruct RADIOSS AcuSolve HyperStudy MotionSolve HyperForm HyperXtrude Virtual Wind Tunnel FEKO VisSim Altair Cloud Solutions HyperWorks Unlimited Physical Appliance HyperWorks Unlimited Virtual Appliance Simulation Cloud Suite Altair Partner Alliance Discover Altair s Partner Products Click Here Collaboration and Automation Click here Altair Partner Alliance The APA offers 3rd party technology alongside HyperWorks products under one license Resources Resources HyperWorks Resource Library Click Here Téléchargements de produits Téléchargements gratuits Echange de scripts Trucs et astuces Newsletter Presentations Les succès Webinar Recordings White Papers Videos Support Training Support Training Client Center Downloads updates resources and more Click here Support Documentation Support Forum Contactez nous Formation Training Home Course Schedule Course Descriptions Virtual Led Training Self Paced Training HyperWorks Learning Library Contactez nous Academic Academic Programmes universitaires Academic Training Center Academic Support Forum A propos de A propos de A propos Business Model Why HyperWorks Communiqués de presse Evénements Nos Partenaires Blog Locations Contactez nous Thesis Dissertation 1 Donati Lotrenzo Relazione Attivita di Validazione Software Altair HyperXtrude Report of Activities Validation Software Altair HyperXtrude Internal Report Università di Bologna 2001 2 Schikkora Marco Modellierung und simulationsgestützte Analyse des Verbundstrangpressen Modeling and simulation based analysis of the composite extrusion Doctoral Dissertation Universität Dortmund 2006 3 Christoph Begau Metamodelle zur Optimierung der Pressnahtlage bei Verbundstrangpresssimulationen Meta models for optimization of seam weld position during composite extrusion Algorithm Engineering Report TR08 2 008 Techniche Universität Dortmund Dec 2008 4 Parkar Abdul Afoo On Modeling and Experimental Validation of Extrusion Process of Lightweight Alloys Master s Thesis Department of Mechanical Engineering Mississippi

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  • Virtual Wind Tunnel Benefits
    Tunnel FEKO VisSim Altair Cloud Solutions HyperWorks Unlimited Physical Appliance HyperWorks Unlimited Virtual Appliance Simulation Cloud Suite Altair Partner Alliance Discover Altair s Partner Products Click Here Collaboration and Automation Click here Altair Partner Alliance The APA offers 3rd party technology alongside HyperWorks products under one license Resources Resources HyperWorks Resource Library Click Here Téléchargements de produits Téléchargements gratuits Echange de scripts Trucs et astuces Newsletter Presentations Les succès Webinar Recordings White Papers Videos Support Training Support Training Client Center Downloads updates resources and more Click here Support Documentation Support Forum Contactez nous Formation Training Home Course Schedule Course Descriptions Virtual Led Training Self Paced Training HyperWorks Learning Library Contactez nous Academic Academic Programmes universitaires Academic Training Center Academic Support Forum A propos de A propos de A propos Business Model Why HyperWorks Communiqués de presse Evénements Nos Partenaires Blog Locations Contactez nous Informations sur le produit A propos de Bénéfices Capacités Nouveautés Documentation Documentation produits Case studies Virtual Wind Tunnel Case studies Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Virtual Wind Tunnel Benefits Applications Antennas Analysis of horns microstrip patches wire antennas reflector antennas conformal antennas broadband antennas arrays Antenna placement Analysis of antenna radiation patterns radiation hazard zones etc with an antenna placed on a large structure e g ship aircraft armoured car EMC Analysis of diverse EMC problems incl shielding effectiveness of an enclosure cable coupling analysis in complex environments e g wiring in a car radiation hazard analysis Bio electromagnetics Analysis of homogeneous or non homogeneous bodies SAR extraction RF components Analysis of waveguide structures e g filter slotted antennas directional couplers 3D EM circuits Analysis of microstrip filters couplers inductors etc Radomes Analysis of multiple dielectric layers in a large structure Scattering problems RCS analysis of large and small structures Modules CADFEKO

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