Happy Pi Day – everyone’s favorite mathematical constant! Here’s our list of webinars for this week. From ANSYS SpaceClaim to ANSYS Savant to composites curing and tubomachinery. Each webinar is one hour with a live Q&A session, so bring your questions. Our full calendar of ANSYS webinars and seminars is on the Events Calendar.
AND, for a little Pi Day fun, scroll all the way to the bottom of this post.
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10x Faster Time to Analysis with ANSYS SpaceClaim – March 15, 2016
Two sessions to choose from: 9 am and 4 pm ET REGISTER
ANSYS 17.0 contains extensive improvements to ANSYS SpaceClaim Direct Modeler, which provides speed of design, conceptualization, editing and preparing geometry for simulation. New functionality has been added, including scripting capabilities, edge repair tools and a weld creation tool for shell models. Existing analysis tools, such as imprinting, midsurfacing and beam support, have also been improved.
Attend this webinar and learn about two major enhancements to SpaceClaim Direct Modeler (in addition to those mentioned above): an STL-to-solid tool called Skin Surface and a faceted data simplification called Shrinkwrap. Skin Surface adds more reverse engineering capabilities by building surface geometry on prismatic or organic shapes, such as scan data from a living organism. Shrinkwrap couples with Skin Surface to smooth over rough scans (or dirty CAD data) and further solidifies any faceted model.
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La simulation de placement d’antennes sur des structures électriquement grandes avec ANSYS Savant
March 15 at 11:00 AM (CET) REGISTER
ANSYS Savant permet l’analyse électromagnétique (EM) rapide d’antennes placées sur des structures électriquement grandes telles qu’on en trouve sur les avions, les bateaux, les voitures, etc.. Utilisant la méthode de lancer de rayons (Shooting and Bouncing Rays – SBR), ANSYS Savant prédit de manière rapide et précise les performances des antennes, diagrammes de rayonnement en champ lointains, distributions des champs proches, le couplage entre antennes. ANSYS Savant se couple facilement avec différents outils de simulation électromagnétique, en particulier avec ANSYS HFSS, pour utiliser les données de simulation des antennes.
La première partie du webinar sera consacrée à une vue d’ensemble de ANSYS Savant incluant l’utilisation de l’interface, les liens avec ANSYS HFSS et autres simulateurs EM et la création d’un projet simple.
La deuxième partie expliquera l’utilisation, combinées à la SBR, des méthodes PTD (Physical Theory of Diffraction), CW (Creeping Wave), et UTD (Uniform Theory of Diffraction) pour une plus grande précision des résultats de simulation.
La troisième partie montrera des cas concrets d’applications : radar automobile, antenne sur gros porteur, équipement sans-fil, communication à l’intérieur d’un stade, communication inter-véhicules.
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Predicting Aircraft Composite Component Distortion During Curing
March 16 at 2:00 PM ET REGISTER
Aircraft composite components are susceptible to distortion during manufacture and processing. This can result in problems during assembly that cause increased cost, time to completion and have implications for the in-service behavior of the product.
In this webinar we will share recent work being undertaken to develop a cure simulation tool that allows for the prediction of process induced distortions in composite components and is fully integrated with industry design tools.
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Three Advanced Technologies for Faster, More Accurate Turbomachinery Simulation – March 17
Two sessions to choose from: 9 am and 4 pm ET REGISTER
ANSYS 17.0 incorporates the latest advances in turbomachinery engineering simulation to provide increased efficiency, reliability and durability, as well as reduced noise and emissions (when combustion is involved). These advances include innovations in blade row modeling, combustion physics, and turbulence calculations.
Attend this webinar to discover the most important advances for turbomachinery simulation in ANSYS 17.0. Learn how you can obtain a full wheel solution by calculating as few as one blade per row; how advances in scale-resolving turbulence methods provide higher fidelity results for combustion physics simulations; and how a breakthrough, one-equation intermittency-based turbulence transition model substantially decreases the complexity and solution time of boundary layer simulations.
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Pi Day Fun as promised…. if you hold a mirror over 3.14, well it actually looks like it spells P I E … thanks Google!!
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