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  • Altair
    English UK Ireland English US English 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

    Original URL path: http://www.hyperworks.fr/HWTemp3Product.aspx?product_id=54&item_name=Capabilities (2016-01-12)
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  • AcuSolve 13.0 New Feature Highlights
    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 AcuConsole AcuFieldView Documentation Documentation produits Case studies AcuSolve Case studies Acusolve Applications AcuSolve Publications AcuSolve Image Gallery Contactez nous Plannifier une démonstration Demande d information Programmes universitaires AcuSolve AcuSolve 13 0 New Feature Highlights AcuSolve 13 0 comes equipped with many new features improvements and bug fixes This release continues to build on our class leading CFD solution by providing new technology for multiphysics and moving mesh applications improvements to smooth and rough wall turbulence modeling and a validation manual that documents the solver s accuracy for a variety of applications Expanded Multiphysics Capability Directly coupled multibody dynamics simulations using AcuSolve MotionSolve Multibody dynamics models with linkages Simulate single or multi body dynamics

    Original URL path: http://www.hyperworks.fr/HWTemp3Product.aspx?product_id=54&item_name=New%20Features (2016-01-12)
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  • AcuConsole: Powerful and Easy-to-use Pre-processor
    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 AcuConsole AcuFieldView Documentation Documentation produits Case studies AcuSolve Case studies Acusolve Applications AcuSolve Publications AcuSolve Image Gallery Contactez nous Plannifier une démonstration Demande d information Programmes universitaires AcuConsole Powerful and Easy to use Pre processor AcuConsole is a powerful yet easy to use GUI Based CFD pre processor for AcuSolve It can work with complex geometries build simulations from CAD or Mesh AcuConsole can import 3D CAD models from ProE Parasolid ACIS Discrete Catia V5 or import an existing mesh in various formats AcuConsole has a built in automatic mesh generator with boundary layers and is capable of efficiently solving unstructured meshes with high aspect ratios and badly distorted elements commonly produced by

    Original URL path: http://www.hyperworks.fr/HWTemp3Product.aspx?product_id=54&item_name=AcuConsole (2016-01-12)
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  • AcuFieldView: Industrial Strength and World Class Post-Processor
    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 AcuConsole AcuFieldView Documentation Documentation produits Case studies AcuSolve Case studies Acusolve Applications AcuSolve Publications AcuSolve Image Gallery Contactez nous Plannifier une démonstration Demande d information Programmes universitaires AcuFieldView Industrial Strength and World Class Post Processor AcuFieldView is an OEM version of Intelligent Light s class leading FieldView CFD post processor furnishes the ability to manage large and complex CFD data visualization requirements It incorporates Intelligent Light s most recent advancements in FieldView including a new codebase that produces optimized graphics performance and a common

    Original URL path: http://www.hyperworks.fr/HWTemp3Product.aspx?product_id=54&item_name=AcuFieldView (2016-01-12)
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  • AcuSolve Applications
    of concern in corrugated flexible pipe that is used to transport refined oil and liquefied natural gas LNG Due to the complex physics the empirical pipe flow models yield a great uncertainty in the validity of pressure drop and thermal predictions The turbulence models available in AcuSolve provide accurate predictions of pressure drop which compare reasonably well with the experimental tests of corrugate pipes AcuSolve can offer guidance on design variations and can improve the full scale design of offshore transport system Airflow and Temperature Stratification in Buildings A pre construction phase CFD analysis was conducted using AcuSolve for a skyscraper atrium to determine airflow and temperature levels during winter and summer conditions Airflow requirements vent locations and heating requirements were optimized to conform to building code standards for human comfort Courtesy of Dr Kishan Padakannaya Shock Absorber Valve JSOL Corporation and KYB Corporation collaborated to solve the valve deflection in a shock absorber AcuSolve s Practical Fluid Structure Interaction methodology computed the deflection based on 13 mode shapes computed by NASTRAN The gap between the valve and the piston ranged from 0 010 mm the initial gap to 0 117 mm Tube Fin Plain Heat Exchanger ACUSIM Software Inc and API Heat Transfer collaborated for solving unsteady flow and heat transfer in staggered tube bundles with external fins The methodology accurately computed friction f and Colburn j factors of a plain fin with a staggered tube arrangement It can be easily extended to other fin types The solution corresponds to bench mark data from Kays and London Chemical Mixing Mixing operations are used across a wide spectrum of process industries pharmaceutical chemical personal care products biotechnology food and beverages paper pulp oil rubber ceramics and waste disposal just to name a few ORCA is a fully integrated GUI based mixing package designed to analyze these processes It combines the computational power of AcuSolve the intuitive pre and post processing capabilities of ICEM CFD the extensive mixing knowledge and experimental validation of Mixing Consultant Inc Train Aerodynamic Interaction Passing trains can generate strong aerodynamic forces We have used CFD techniques to predict the dynamic forces for a high speed train passing other rail cars The aerodynamic loads are used to evaluate the risk of accidents such as damage to commuter rail windows or dislodging freight containers Courtesy of Redwing Engineering Design of Blood Handling Devices CFD is an effective tool for the complex design problem of blood pumps We first solved a complete blood pump design analysis for our client to demonstrate the use of CFD in design We also developed a software module to predict the blood damage an important design criteria We then assisted the client in developing a continuing in house CFD design capability combining both software and hardware Courtesy of Applied Research Associates Automotive AcuSolve is widely used by the automotive industry to analyze vehicle designs specifically in the area of climate control and underhood cooling systems With AcuSolve automotive companies and their suppliers can test

    Original URL path: http://www.hyperworks.fr/campaign/campaign.aspx?hwcampaignid=16&hwcampaignPgid=29 (2016-01-12)
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  • AcuSolve Publilcations
    experiments Y Constantinides and O H Oakley View Predicting Spar VIM Using CFD S Holmes View CFD Truss Spar Hull Benchmarking Study O H Oakley and Y Constantinides View CFD High L D Riser Modeling Study Y Constantinides O H Oakley and S Holmes View Simulation of Riser VIV Using Fully Three Dimensional CFD Simulations S Holmes O H Oakley and Y Constantinides View Numerical Prediction of Bare and Straked Cylinder VIV Y Constantinides and O H Oakley View CFD Simulation of Truss Spar Vortex Induced Motion S Atluri J Halkyard and S Sirnivas View Truss Spar Vortex Induced Motions Benchmarking of CFD and Model Tests J Halkyard S Atluri and S Sirnivas View Analysis of Turbulent Flows and VIV of Truss Spar Risers Y Constantinides O H Oakley and S Holmes View Benchmarking of Truss Spar Vortex Induced Motions Derived from CFD with Experiments J Halkyard S Sirnivas S Holmes Y Constantinides O H Oakley Jr and K Thiagarajan View CFD Analysis of Vortex Induced Motions of Bare and Straked Cylinders in Currents K P Thiagarajan1 Y Constantinides and L Finn View Modeling Vortex Induced Motions for Sparse in Uniform and Stratified Flows O H Oakley Jr Y Constantinides C Navarro and S Holmes View Computational Aero Acoustics CFD Simulation of Flow Tones from Grazing Flow past a Deep Cavity T Bagwell View Validation of CAA Formulation Based on LightHill s Analogy for a Cooling Fan and Mower Blade Noise R Sandboge K Washburn and C Peak View Presentation of a CAA Formulation Based on LightHill s Analogy for Fan Noise S Caro R Sandboge J Iyer and Y Nishio View Validation of a CAA Formulation Based on Lighthill s Analogy Using AcuSolve and Actran LA on an Idealized Automotive HVAC Blower and on an Axial Fan R Sandboge S Caro P Ploumhans R Ambs B Schillemeit K B Washburn and F Shakib View CFD Analysis for a Centrifugal Benchmark Blower with Flat Hub I Flow Structures and Noise Source Generation R Sandboge View A New CAA Formulation based on Lighthill s Analogy applied to an Idealized Automotive HVAC Blower using AcuSolve and Actran LA S Caro P Ploumhans X Gallez R Sandboge F Shakib and M Matthes View Fluid Structure Interaction Fluid Structure interaction with OpenFSI and MD Nastran structural solver R Sandboge View Turbulence Modeling Industrial Application of RANS modelling Capabilities and Needs D Corson R Jaiman and F Shakib Link Assessment of DES Models for Separated Flow from a Hump in a Turbulent Boundary Layer Daniel C Lyons Leonard J Peltier Frank J Zajaczkowski and Eric G Paterson View Chemical Mixing Process Intensifier Optimization Using CFD Part 1 P Csiszar K Johnson and T Post View Undestand Flow Patterns in Glass Lined Reactors D S Dickey K J Bittorf C R Ramsey and K Johnson View Dynamics of Laminar Mixing in Continuous Stirred Tank Reactors P C Arratia J Kukura and F J Muzzio View Mechanisms of Mixing and Creation of Structure in Laminar Stirred Tanks

    Original URL path: http://www.hyperworks.fr/campaign/campaign.aspx?hwcampaignid=16&hwcampaignPgid=28 (2016-01-12)
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  • AcuSolve Image Gallery
    images 13M This animation depicts a straked oil platform riser responding to an impulsive load from a simulated ocean current AcuSolve s Practical Fluid Structure Interaction capability was used to compute the deformation of the riser Note the decaying oscillation of the riser displacement as it responds to the fluid forces 19M A simple channel flow demonstrating the structural deformation from a sinusoidal inflow The inflow is always positive The structural deformation is based on a modal analysis 2 4M This is the FSI benchmark FLUSTRUCK solved with OpenFSI interface of MD NASTRAN A thin elastic bar immersed in incompressible fluid develops self induced time periodic oscillations of different amplitude depending on the material properties assumed This benchmark has been considered to validate the Direct Coupling FSI DC FSI technology to characterize the coupled dynamics i e forces deformations frequencies 8 8M This example problem demonstrates the capability of AcuSolve s DC FSI with the OpenFSI interface to evaluate the flutter characteristics for the subsonic flow The wing model is based on the HA145E configuration which is a swept back plate like wing symmetric from top to bottom Some FSI applications involve large scale deformations where the flexible components deform beyond the extents of the initial simulation domain AcuSolve s mesh motion technology provides means for users to accommodate for this situation by deforming the entire domain as the simulation progresses This animation illustrates this technology by mimicking the motion of a an oil platform riser subjected to undersea currents Note that the motion of the bounding box walls are related to the motion of the riser but damped in time and space 3M Due to the complex interactions of vortex induced vibrations VIV and downstream wake dynamics the design of riser arrays has been an area of great uncertainty in the offshore industry The focus of this study is to investigate the VIV response of two flexible risers in cross flow using AcuSolve Bare and straked geometries are simulated and the results are successfully compared against experimental results 2 5M Demonstration of fluid sloshing subjected to a varying body force that simulates the motion of the container This two dimensional simulation computes the motion of the fluid using ALE both for the free surface and for the movement along the container using the Guided Surface technology 1 8M Demonstration of fluid sloshing subjected to a varying body force that simulates the motion of the container The motion of the fluid is calculated using ALE both for the free surface and for the movement along the container using the Guided Surface technology 12 4M Simulating the impact of strong currents that induce vortex shedding and vortex induced vibration VIV on offshore oil platforms FSI and Free Surface Modeling are in action in this animation 18 9M These images depict the turbulent wake and streamwise blade tip displacement from a fully coupled fluid structure interaction simulation of a wind turbine 56M FSI Calculations on a Shock Absorber 1 3M Simulating the

    Original URL path: http://www.hyperworks.fr/campaign/campaign.aspx?hwcampaignid=16&hwcampaignPgid=27 (2016-01-12)
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  • Altair HyperStudy Benefits
    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 HyperStudy Case studies Contactez nous Plannifier une démonstration Demande d information Programmes universitaires Altair HyperStudy Altair HyperStudy Benefits HyperStudy Process Flow Improve Design Performance and Quality Stent Optimization 124 improvement of radial stiffness and 71 reduction of principal stress difference HyperStudy includes state of the art innovative optimization design of experiments and stochastic methods for rapid assessment and improvement of design performance and quality Reduce Development Time and Costs HyperStudy helps engineers reduce trial and error iterations and hence helps

    Original URL path: http://www.hyperworks.fr/HWTemp3Product.aspx?product_id=10&item_name=Benefits (2016-01-12)
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