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  • Tongji University ZEAL EcoPower Wins 8th Honda China Energy-Saving Sports Tournament Using Altair HyperWorks®
    Contactez nous La suite HyperWorks Communiqués de presse Evénements Nos Partenaires Carrières Locations Contactez nous Nouveautés Tongji University ZEAL EcoPower Wins 8th Honda China Energy Saving Sports Tournament Using Altair HyperWorks Company Contact Linda Fu 傅玲燕 86 21 61171666 x 103 fly altair com cn Media Contacts Altair Corporate North America Jennifer Korail 1 248 304 1429 korail airfoilgroup com Altair Europe the Middle East and Africa Evelyn Gebhardt 49 6421 9684351 gebhardt bluegecko marketing de Troy Mich Nov 12 2014 Altair today announced that the Tongji University ZEAL EcoPower Racing Team won the 2014 championship of the Honda China Energy Saving Sports Tournament using HyperWorks Altair s comprehensive computer aided engineering CAE suite The team which hails from the Automotive Institute of Tongji University achieved an impressive speed of 1807 653 kilometers per liter The event was titled Fun Challenge and ECO and took place in Guangdong China on Oct 18 19 At the beginning of the design process ZEAL engineers sought an excellent simulation technology partner to support the team s ambitious lightweight design goals With significant automotive engineering consulting expertise as well as a broad software solution containing pre and post processing tools and multiple CAE solvers Altair was a natural choice Focus areas for the team include lightweight design composite material design and optimization crash and safety and computational fluid dynamics CFD for aerodynamics fuel efficiency and flow analysis all of which are included in HyperWorks During the design process engineers used pre processing tool HyperMesh for modeling and solver OptiStruct for static analysis modal analysis topology optimization and composite material optimization This upfront work enabled the team to design the most optimal structure without sacrificing vehicle performance Winning this championship would not have been possible without Altair s support HyperWorks plays a crucial role in

    Original URL path: http://www.hyperworks.fr/newsdetail.aspx?news_id=11067&news_country=fr-FR (2016-01-12)
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  • Altair Launches HyperWorks Unlimited™ - Virtual for Amazon Web Services
    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 La suite HyperWorks Communiqués de presse Evénements Nos Partenaires Carrières Locations Contactez nous Nouveautés Altair Launches HyperWorks Unlimited Virtual for Amazon Web Services Media Contacts Altair Corporate North America Jennifer Korail 1 248 304 1429 korail airfoilgroup com Altair Europe the Middle East and Africa Evelyn Gebhardt 49 6421 9684351 gebhardt bluegecko marketing de Instant scalability for infinite design exploration leveraging high performance computing on the cloud TROY Mich Nov 11 2014 Altair today announced the launch of HyperWorks Unlimited Virtual HWUL V for Amazon Web Services AWS The company will be showcasing the technology in the Intel booth during the re Invent global AWS user conference from Nov 11 14 in Las Vegas NV HWUL V integrates unlimited use of the HyperWorks computer aided engineering CAE suite with PBS Professional a leading high performance computing HPC workload manager and application aware portals for HPC access and remote visualization of big data This solution enables organizations to manage the entire simulation lifecycle on the cloud Moreover Altair s licensing model is unique in the industry providing a strong value proposition for the enterprise as well as for small to medium sized businesses HWUL V will be offered in all AWS regions globally including the United States Europe Brazil Japan Singapore and Australia with customers gaining seamless access to HPC driven CAE regardless of location Leveraging HPC for CAE has historically been restricted to those with significant resources and access to expensive hardware said Sam Mahalingam Chief Technical Officer of Altair HyperWorks Unlimited Virtual eliminates the need to build and support information technology infrastructure

    Original URL path: http://www.hyperworks.fr/newsdetail.aspx?news_id=11066&news_country=fr-FR (2016-01-12)
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  • Design for the Freedom of 3D Printing
    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 La suite HyperWorks Communiqués de presse Evénements Nos Partenaires Carrières Locations Contactez nous Nouveautés Design for the Freedom of 3D Printing Media Contacts Altair Corporate and North America Jennifer Korail 1 248 304 1429 korail airfoilgroup com Altair Europe the Middle East and Africa Evelyn Gebhardt 49 6421 9684351 gebhardt bluegecko marketing de Altair and solidThinking present solutions for simulation driven design and additive manufacturing at EuroMold 2014 Troy Mich November 6 2014 Altair announced today that the company will present its latest solutions for virtual product development at EuroMold 2014 in Frankfurt Germany from November 25 28 With HyperWorks 13 0 solidThinking Inspire 2014 solidThinking Evolve 2014 and offerings from the Altair Partner Alliance Altair offers a broad computer aided engineering CAE software portfolio for design and engineering During EuroMold Altair will host the Additive Manufacturing Design Engineering Symposium part of the show s CAE forum dedicated to simulation methods and approaches on November 26 in Hall 8 G 161 In addition Altair and solidThinking will exhibit in Hall 8 G 159 This combined presence supports the message of a profound paradigm shift in product development and will focus on simulation driven design design optimization and design for additive manufacturing At the booth and during the symposium Altair and solidThinking will present methods and processes for component design to fully leverage additive manufacturing or 3D printing The use of 3D printing makes it possible to produce very complex structures which were hitherto either impossible to make or required tremendous effort and significant cost using traditional production methods To fully exploit the potential of 3D printing it is important to optimize component design using topology optimization in the earliest concept development stages Such technologies were the exclusive domain of CAE experts historically Today intuitive topology optimization tools offer inspiration and solutions to designers and other less experienced users Topology optimization and additive manufacturing together form the perfect technology symbiosis enabling design engineers to exploit the advantages of 3D printing while exploring new paths in product development It is now possible to create the optimal component with respect to weight performance material choice and stiffness while taking full advantage of the design freedom afforded by additive manufacturing Whether the design goal is lightweight performance increase or durability it is always about working within the constraints of the chosen manufacturing method said Mirko Bromberger Marketing Director at Altair Germany 3D printing disrupts this paradigm and Altair contributes to the shift in approach with its optimization expertise and software solutions We are honored to present the Additive Manufacturing Design Engineering Symposium at EuroMold 2014 in conjunction with our customers and

    Original URL path: http://www.hyperworks.fr/newsdetail.aspx?news_id=11064&news_country=fr-FR (2016-01-12)
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  • From the 3D Printer into Space
    7031 62080 bromberger altair de RUAG Space Hendrik Thielemann Tel 41 44 306 27 41 hendrik thielemann ruag com The symbiosis of topology optimization and additive manufacturing will bring one of longest components ever manufactured by industrial 3D printing into space The new component is stronger and weighs only half what its predecessor did Troy Mich Oct 28 2014 Altair announced today that RUAG Space with the support of Altair ProductDesign has built a redesigned optimized antenna support for an Earth observation satellite to be produced using industrial additive manufacturing or 3D printing The objective was to create an aluminum component that would be significantly stiffer while at the same time lighter taking full advantage of the design freedom afforded by 3D printing To redesign and optimize the antenna engineers used Altair HyperWorks solver OptiStruct guaranteeing a load sufficient material distribution For the design engineers used solidThinking Evolve Design freeze was reached after only four weeks The component was then manufactured with a 3D printer with no need of further design adjustments Using topology optimization in conjunction with additive manufacturing the team achieved elite weight and stiffness performance characteristics not possible using conventional analysis and manufacturing techniques EOS the German market leader in the area of industrial 3D printing contributed its additive manufacturing expertise handling the manufacturing of the aluminum components Weight reduction is a decisive factor in the space industry since the lighter a satellite is the less it costs to launch Some 40 centimeters long the antenna support is one of the longest metal components ever produced using the powder bed manufacturing method To check that the new support is ready for use in space it is currently undergoing a battery of intensive qualification tests that are scheduled to be completed by the end of the year Our goal is to equip one of the future Sentinel 1 satellites with antenna support components that have been manufactured using an industrial 3D printer explained Michael Pavloff Chief Technical Officer at RUAG Space He went on to add that the production of this antenna support was by no means a one off 3D printing has enormous potential for our business and we are currently in the process of developing further space applications In the future it will be possible to create entire satellite structures using a 3D printer This means that electrical harnesses reflectors heating pipes and other assemblies that today still have to be manufactured individually could then be integrated directly into the structural elements Pavloff concludes RUAG Space has been conducting intensive research and development work on how to print objects in three dimensions since 2013 Making a metal 3D print involves building up layers of powder and joining them together to form the desired shape in an automated process of laser sintering At Altair we were delighted to contribute to such a significant milestone in satellite design The collaboration with RUAG Space and EOS allowed us to deliver even more innovative end to end design and optimization

    Original URL path: http://www.hyperworks.fr/newsdetail.aspx?news_id=11062&news_country=fr-FR (2016-01-12)
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  • Prodrive Deploys Altair’s Computational Fluid Dynamics Solution to Streamline Powertrain Development
    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 La suite HyperWorks Communiqués de presse Evénements Nos Partenaires Carrières Locations Contactez nous Nouveautés Prodrive Deploys Altair s Computational Fluid Dynamics Solution to Streamline Powertrain Development Media Contacts Altair Corporate North America Jennifer Korail 1 248 304 1429 korail airfoilgroup com Altair Europe the Middle East and Africa Evelyn Gebhardt 49 6421 9684351 gebhardt bluegecko marketing de Water jacket simulation for Vantage V8 GTE Engine using AcuSolve part of HyperWorks Troy Mich September 30 2014 Altair announced today that British motorsport and engineering group Prodrive has deployed AcuSolve for its Computational Fluid Dynamics CFD simulation AcuSolve is a leading general purpose CFD flow solver with superior robustness speed and accuracy Users can quickly obtain quality solutions without iterating on solution procedures AcuSolve is seamlessly coupled with the structural solvers of HyperWorks a comprehensive suite of computer aided engineering CAE tools which enable businesses to create superior market leading products efficiently and cost effectively Prodrive wanted to analyze and improve the fluid flow within the water jacket of Aston Martin Racing engines and were aiming to achieve reliable results in a short period of time The challenge was to solve several iterations of a model with complex geometry within a compressed timeframe by relatively inexperienced users The team selected AcuSolve to generate a process and methodology that allowed for ease of use and repeatability The process ensured that every step ran smoothly and both pre processing and post processing were accomplished in a short period of time Automation made the analysis of new geometry user friendly and easily accomplished AcuSolve s proven accuracy meant that Prodrive could save considerable time and the cost of expensive laboratory testing while gaining an understanding of its designs not previously possible without CFD tools Having used Altair s HyperWorks for several years I was aware of how powerful it is as well as easy to use Prodrive s senior CAE engineer Jonathan Culwick commented However when we decided to bring CFD capability in house I was concerned about the challenge of switching from outsourcing AcuSolve s robustness and Altair s customer support made the process quick and painless enabling us to make the leap and achieve a level of analysis that really enhanced our problem solving and decision making abilities Altair s unique unit based licensing system plays an important role in maximizing all of Prodrive s processing power as it empowers CAE engineers to fully utilize the entire HyperWorks software suite as necessary without having to deal with increased licensing costs This flexibility was very important to Prodrive as it enables the engineers to better manage their computational resources and workload It is the company s goal to fully leverage additional capabilities within

    Original URL path: http://www.hyperworks.fr/newsdetail.aspx?news_id=11057&news_country=fr-FR (2016-01-12)
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  • Luxury Mobile Phone Manufacturer, Vertu, Selects Altair’s HyperWorks Unlimited™ Plug-and-Play Private Cloud Solution for Computer-Aided Engineering
    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 La suite HyperWorks Communiqués de presse Evénements Nos Partenaires Carrières Locations Contactez nous Nouveautés Luxury Mobile Phone Manufacturer Vertu Selects Altair s HyperWorks Unlimited Plug and Play Private Cloud Solution for Computer Aided Engineering Media Contacts Altair Corporate North America Jennifer Korail 1 248 304 1429 korail airfoilgroup com Altair Europe the Middle East and Africa Evelyn Gebhardt 49 6421 9684351 gebhardt bluegecko marketing de Altair technology helps Vertu increase design processing efficiency by up to 50 percent Troy Mich September 23 2014 Altair announced today that world renowned English luxury mobile phone manufacturer Vertu has invested in and deployed Altair s complete range of technology and services through the company s new HyperWorks Unlimited HWUL appliance HWUL is a fully managed state of the art private cloud solution for computer aided engineering CAE with fully configured high performance computing HPC hardware and software offering unlimited use of all Altair HyperWorks engineering applications Vertu is applying CAE methods in its development process to replace some time consuming physical testing of valuable phone prototypes in order to achieve more efficient development cycles To maximize the benefits of using CAE Vertu supported by Altair ProductDesign has developed and deployed an automated drop test simulation process which is fully integrated into the HWUL solution From a computer aided design CAD model a very high fidelity drop impact finite element analysis FEA model of the phone is set up to test different drop orientations velocities and many other scenarios which can be selected by the user This is then simulated using Altair s RADIOSS solver in parallel on the HWUL appliance The multiple simulation results are then extracted and analyzed in a batch process A spreadsheet based summary report is generated to review component and system level performance with provision for detailed post processing in the HyperWorks desktop environment This automated process has enabled Vertu to quickly and efficiently identify potential impact damage and make design decisions Simulation is key to our product development process and Altair s HWUL appliance and RADIOSS solver have offered a far more efficient means of deployment said Stewart Dewey FEA Specialist Vertu The level of accuracy on results has been improved along with significant time savings So far we have seen up to 50 percent improvement in efficiency of processing times and we expect this to improve further with continued use of the software HWUL offers one of the most competitively priced packages on the market and is a solution which we can develop and scale in the future With the unlimited usage ability we are able to explore the full HyperWorks offering We are delighted to see a luxury brand such as Vertu invest in Altair s complete range of services said Håkan Ekman Managing Director for Northern Europe Altair HyperWorks

    Original URL path: http://www.hyperworks.fr/newsdetail.aspx?news_id=11056&news_country=fr-FR (2016-01-12)
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  • Altair to Showcase Oil and Gas Simulation Technology in Houston
    Partenaires Blog Locations Contactez nous La suite HyperWorks Communiqués de presse Evénements Nos Partenaires Carrières Locations Contactez nous Nouveautés Altair to Showcase Oil and Gas Simulation Technology in Houston Media Contacts Altair Corporate North America Jennifer Korail 1 248 304 1429 korail airfoilgroup com Altair Europe the Middle East and Africa Evelyn Gebhardt 49 6421 9684351 gebhardt bluegecko marketing de TROY Mich September 18 2014 Altair will host a technical seminar on simulation and high performance computing HPC solutions for the oil and gas industry next Wednesday September 24 in Houston Scheduled customer presentations from Chevron Wood Group Kenny ConocoPhillips Baker Hughes and Sundrop Fuels will provide an overview of computer aided engineering CAE methods and best practices for mechanical earth modeling subsea and offshore design and analysis reliability based design optimization equipment performance simulation and more The oil and gas industry faces a myriad of challenges including exploration and operations in some of the harshest environments in the world Economic viability is dynamic and continually scrutinized while safety and reliability remain critical to every aspect of product and system design These factors along with the rising cost and complexity of physical tests are making up front numerical analysis more important than ever Accurately representing reality for oilfield production analyses involves a variety of disciplines Altair HyperWorks with its comprehensive CAE suite of pre and post processing tools multiple solvers and an open architecture enables engineers and scientists to safely and efficiently develop innovative solutions to the challenges of hydrocarbon recovery from increasingly complex environments Our existing pre processor did not give us the desired control over mesh quality HyperMesh operates directly on the mesh resulting in better quality models in a shorter timescale said Ian Probyn Senior Structural Analysis Engineer at DUCO Ltd Technip UK Altair s focus on

    Original URL path: http://www.hyperworks.fr/newsdetail.aspx?news_id=11055&news_country=fr-FR (2016-01-12)
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  • Altair HyperWorks® 13.0 Advances Current Product Design Trends
    modeling algorithms and advanced visualization capabilities help to dramatically increase simulation throughput to help bring products to market faster Access to new technologies Simulation accessibility has been extended to new categories of users for design and optimization including open access to specialized third party software from members of the Altair Partner Alliance APA and HPC cloud based products This release of HyperWorks advances the most current trends in product design said James Dagg Chief Technical Officer of Altair With an even sharper focus on tools for the analysis and design of composite structures it facilitates processes for the mass customization of products HyperWorks continues to offer a broad array of advanced solvers enabling engineers to simulate a wide range of physics from the analysis of linear and nonlinear phenomena in structures to fluid flow thermal and electromagnetic behaviors Performance optimization OptiStruct can now operate as a strong nonlinear solver with major improvements that elevate its functionality to simulate large displacement analysis and hyper elastic materials like rubber with an extremely efficient use of parallel computing to maximize speed Its optimization capabilities have been enhanced to introduce new response types and multi model optimization MMO allowing one efficient solution for components that are common across different structures AcuSolve can now be coupled with MotionSolve for a more accurate analysis of the flow of air or other fluids while the structural part is moving An example would be simulating the effect of an adjustable rear wing on sport vehicle aerodynamic performance This solver coupling represents one of the suite s many multiphysics capabilities RADIOSS furnishes more physics and even more accurate results for crack propagation modeling through the extended finite element method XFEM and enhanced capabilities for airbag deployment RADIOSS also offers improved parallelization for multi domain methods and advanced mass scaling for better performance Both HyperStudy and OptiStruct now offer integration with Excel An engineer may export tradeoff studies to spreadsheets allowing to do post processing independent of HyperStudy or in OptiStruct include Excel calculations as a response type in the optimization run Lightweight design Altair is well known for its expertise in designing composites structures Pre processing features in HyperWorks have been enhanced for improved usability New advanced methods of visualizing composite simulations in both the pre and post processing stages are now available with the ability to visualize material element and ply systems and overlay them with stresses Additionally new material laws and failure criteria for laminated composites and polymers are included HyperForm now moves beyond metal forming to apply its capabilities to composite forming for sandwich and multilayered structures The HyperMesh drape estimator calculates thickness and angle variations that result from draping These are very convenient accessories available to every HyperWorks user Lead time reduction With the latest release of HyperWorks engineers spend less time on the model build and get solutions more quickly For instance mass customization requires manufacturing many different versions of the same product Altair has completely rewritten the part replacement tool so that if

    Original URL path: http://www.hyperworks.fr/newsdetail.aspx?news_id=11052&news_country=fr-FR (2016-01-12)
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