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  • Altair HyperCrash Benefits
    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 Documentation produits Case studies HyperCrash Case studies Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Altair HyperCrash Altair HyperCrash Benefits Crash Industry Oriented Graphical User Interface HyperCrash provides a highly tailored user interface for the creation editing and set up of crash and safety models This streamlined interface is easy to learn and eliminates common errors by providing a powerful and solver dedicated model checker Fast High quality Model Creation The procedure driven environment speeds crash model set up and management to improve

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  • Altair HyperCrash 13.0 New Features
    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 Documentation produits Case studies HyperCrash Case studies Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Altair HyperCrash HyperCrash 13 0 New Feature Highlights HyperCrash 13 0 contains the following new features and user interface enhancements to support RADIOSS LS DYNA and PAM CRASH models Occupant Safety Dummy limb positioning with pre simulation Large rotation of dummy limbs can induce intersections in the dummy model If these intersections are not addressed they can lead to incorrect kinematics and results Dummy positioning with pre simulation lets you move dummy

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  • Altair MotionView Benefits
    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 Documentation produits Case studies MotionView Case studies Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Altair MotionView Altair MotionView Benefits Accelerate product innovation Increased global competition is forcing manufacturers across the world to find better ways to design and manufacture products MotionView allows you to easily create innovative designs assess product performance and identify those designs that meet the product goals Enforce corporate standards Capture company know how in repeatable processes to ensure consistency Customize the interface to enforce corporate standards Standardize and share subsystems and system models Build a model once and reuse it with domain specific solvers Reduce product design time and cost MotionView

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  • Altair MotionView 13.0 New Features
    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 MotionView Case studies Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Altair MotionView MotionView 13 0 New Features and Highlights Dynamic analysis of an aircraft Click to zoom High Fidelity Modeling MotionView now supports 3D splines They can be used as reference data for forces and motions A typical application of a 3D spline is a combustion force in an engine where the force versus crank angle data is available at different engine speeds Static and dynamic friction in joints is supported Higher Productivity Multiple rigid bodies can be merged into one body with right mouse click functionality in the Project browser Combined mass inertia and center of gravity are calculated automatically and references to the old bodies are updated A new point creation utility called Parametric Points is now available This utility helps in importing or creating large set of points with reference to different set of coordinate systems Similarly a new set of functions that can be used to define point locations depending on other coordinate systems to avoid inputs that generally

    Original URL path: http://www.hyperworks.fr/HWTemp3Product.aspx?product_id=18&item_name=New%20Features (2016-01-12)
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  • 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 Documentation produits Case studies HyperMath Case studies Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Altair HyperMath Altair HyperMath Benefits Scalability Quality and Repeatability RADIOSS advanced multi processor and multi domain solutions Hybrid Massively Parallel Processing have enabled the best scalability in the industry for large highly nonlinear structural simulation The use of Advanced Mass Scaling and single precision option speeds up orders of magnitudes while retaining the same accurate results Detailed and accurate analysis can also be achieved without decreasing the global time step or increasing overall simulation time Special provisions in the implementation guarantee full repeatability of results regardless of the number

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  • Altair HyperMath 13.0 – New Features
    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 Documentation produits Case studies HyperMath Case studies Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Altair HyperMath HyperMath 13 0 New Feature Highlights With the release of HyperWorks 13 0 users will have access to a more powerful integrated development tools HyperMath s extensive math library has been expanded to include more math functions providing a rich numerical computing environment Improved HyperWorks Integration HyperMath functions

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  • SimLab Benefits
    GLS finite element formulation see Accuracy This technology has mathematically and in practice been proven to have superb stability and accuracy properties It easily handles difficult industrial problems with under resolved distorted and high aspect ratio meshes Powerful Iterative Solver AcuSolve utilizes a unique and proprietary iterative linear equation solver which allows for efficient and stable solution of the coupled pressure velocity equation system arising from linearization of the Navier Stokes equations The linear solver is devised based on detailed study of the coupled system The solver is highly stable capable of efficiently solving unstructured finite element meshes with high aspect ratio and badly distorted elements which are commonly produced by automatic mesh generators on complex industrial problems This practically parameter free linear solver yields significant improvement in the robustness and convergence of the linear and nonlinear iterations as compared to segregated solver procedures which are the norm in today s commercial incompressible flow solvers Speed AcuSolve achieves fast solutions via three mechanisms Solves the fully coupled pressure velocity equation system which yields significant linear and nonlinear convergence speed see Robustness Architected and implemented from ground up for vector and cache based super scalar computers All algorithms are designed for multi core parallel clusters using a hybrid distributed shared memory MPI OpenMP parallel model The parallelization is completely transparent to end users Parallel Processing From the start AcuSolve was architected and all the algorithms were designed specifically to perform on coarse grain parallel computers Domain decomposition is used to distribute the elements and nodes to different processors Message Passing Interface MPI is used to communicate between distributed memory computers and shared memory data copy is used between subdomains of a single shared memory box This insures minimum communication costs All I O during the computation is done in parallel The parallelization and domain decomposition is completely transparent to the user Moreover it is so flexible that the number of processors subdomains may be changed at every problem restart Accuracy The flow solver is based on the Galerkin Least Squares GLS finite element technology developed at Stanford University during late 80 s and early 90 s This technology has since been enhanced to better handle large scale industrial problems Finite Element Formulation The method is based on the finite element Galerkin weighted residual formulation with equal order interpolation for all solution fields including pressure This not only has the advantage of simplicity of coding and integration into scientific and engineering applications but also is crucial for retaining the accuracy of the underlying scheme A least squares operator is added to the basic method to achieve stability of the divergence free constraint and the convective terms Discontinuity capturing and nonlinear maximum principal operators are added to resolve sharp internal and boundary discontinuities and oscillations that are not resolved by the linear least squares operator These operators are mathematically designed to yield the needed stability without sacrificing the underlying accuracy and conservative nature of the Galerkin formulation These operators can be contrasted to

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  • 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 Contactez nous Plannifier une démonstration Demande d information Programmes universitaires SimLab SimLab Capabilities Conservative Equations in 3D Incompressible and weakly compressible Stokes and Navier Stokes equations Thermal analysis and conjugate heat transfer Multi layered thermal shell equations Multi species transport equations Viscoelastic Material Modeling Radiation Gray body enclosure radiation View factor computation in parallel Solar radiation model Turbulence Models Direct Numerical Simulation DNS Large Eddy Simulation Models Constant coefficient Smagorinsky and Dynamic sub grid scale LES models Hybrid RANS LES DES DDES IDDES SST DES models Spalart Allmaras based Detached Eddy Simulation DES and Delayed Detached Eddy Spalart Allmaras based Delayed Eddy Simulation DDES Improved Delayed Detached Eddy Simulation IDDES SST DES Reynolds Averaged Navier Stokes RANS model Spalart Allmaras 1 equation model SST 2 equation model k omega 2 equation model Moving Mesh Simulation Technology Arbitrary Lagrangian Eulerian ALE Technology Flexible mesh movement Free surface simulation Guide surface technology Sliding mesh technology Specified Mesh Motion Non conformal Mesh Interfaces Powerful User

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