A number of our blog subscribers requested that we switch up the way that we present the ANSYS webinars and events for the week so that you can click through to your topic of interest via the email you receive. So this week I’m leading with the topics, which you can click on to register for the events you’re interested in. Full descriptions are listed at the bottom. I’d love to get your feedback as to whether this new style works better for you.
ANSYS Webinars, Seminars and Events – Week January 14
An Open Solution for Combining Systems Simulation and Embedded Software Development
Implementing a full V-process for the entire product lifecycle with interoperable tools provides developers with greater control and accuracy. A structured approach to efficiently connect the various modeling elements (for both the physics and the controller software) to the physical description of the product architecture ensures that developers can realize their product promise to customers. Having a complete view from systems and software requirements to verification & validation to automatic and certified code generation enables this efficiency.
Join ANSYS Product Manager, Todd McDevit, and Esterel Technologies Chief Technical Officer, Bernard Dion, for this web seminar as they demonstrate a combined solution for systems simulation and embedded software development that enables the reuse of existing software development tools in an open environment. (REGISTER)
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Integrated TGrid Meshing Solutions
Tuesday, January 15, 2013
9:00 A.M. EST, 2:00 P.M. GMT (REGISTER)
This webinar describes the latest advancements in Fluent Meshing (TGrid). It will cover the benefits of the integration with Fluent Solver, the new CAD import, advancements in assembly meshing and improvements in the area of inflation. The presentation starts with a demo of Fluent Meshing as an extension to ANSYS Meshing, providing advanced but still semi-automatic tools to improve the mesh quality.
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Run HFSS for ECAD in SIwave
Tuesday, January 15, 2013
4:00 P.M. EST, 9:00 P.M. GMT (REGISTER)
Thursday, January 17, 2013
9:00 A.M. EST, 2:00 P.M. GMT (REGISTER)
This seminar provides an overview of an exciting new design capability for PCB and electronic package design engineers. With release of ANSYS 14.5 engineers can now run HFSS directly from the popular SIwave interface. This allows engineers of these devices to set up and solve critical sections of their design with the power and accuracy of HFSS from a common design platform. Attend this seminar to learn about this powerful new capability for signal integrity analysis.
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Ask the Expert – Tools for Efficiently Managing ANSYS Mechanical 14.5 Models
Wednesday, January 16, 2013
4:00 P.M. EST, 9:00 P.M. GMT (REGISTER)
ANSYS Mechanical has a user-friendly GUI for managing all aspects of mechanical simulation (e.g., importing CAD models, applying boundary conditions, solving, post-processing results, etc.). However, as the need for simulating larger, more complex models continues to grow, more efficient ways to manage these models is warranted. Mechanical 14.5 contains several new interface management tools (e.g., tags, tree filtering, connection matrix, and object generator). One set of these tools enable users to more effectively search the GUI and identify items to be displayed or hidden in the Outline Tree. Another set of tools provide the user with more robust control of geometry entities for such actions as duplicating, scoping, and grouping.
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Ask the Expert Webinar – Modeling Reacting Flows with ANSYS CFD
Wednesday, January 16, 2013
9:00 A.M. EST, 2:00 P.M. GMT (REGISTER)
Reactions are all around us and reacting flow modeling has become crucial to provide insights of the mixing, chemical reactions, heat release and pollutant formation.
This webinar series spanning over 5 sessions is an introduction to modeling reacting flows with ANSYS CFD. Our aim is to equip a new user with sufficient knowledge to be successful in modeling reacting flow.
- Basic concepts and reacting flow models available in ANSYS CFD.
- Fast chemistry modeling: Premixed, non-premixed and partially premixed models: concepts, applications and best practices. These models are widely used for combustion application like gas turbine and furnace among others.
- Detailed chemistry modeling : concepts, applications and best practices. Advanced kinetics will address any reacting flow application which is kinetically controlled.
- Modeling pollutants (soot, NOx) and surface chemistry that is used for applications like CVD and catalytic reactions.
- Heterogeneous reaction modeling for solid and liquid fuels.
At the end of each session, experts in reacting flow modeling from ANSYS are available to discuss the usability of these models for your current engineering problems/challenges.
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Ask the Expert – Tips and Tricks to Improve Modeling Efficiency and Productivity in ANSYS Icepak
Wednesday, January 16, 2013
3:00 A.M. EST, 8:00 A.M. GMT (REGISTER)
With rapid advancement in technology and growing electronics market demand, today’s engineering teams operate in an extremely dynamic and challenging environment, responding to shorter design cycles and shorter product delivery time to market. Rapid thermal simulation with ANSYS Icepak has become integral tool of the product design cycle.
During the presentation the panelist will share tips and tricks on further improving the modeling productivity in ANSYS Icepak.
The presentation will discuss various strategies to improve the workflow efficiency for pre-processing, meshing, solving and results visualization. These will include useful tips on clean-up and simplification of CAD geometry, tips on improving mesh quality, best practices for model setup, tactics to debug convergence issues and insights into advanced post-processing options available with ANSYS Icepak.
After the presentation, our panel of experts will be available to answer any questions regarding modeling techniques in ANSYS Icepak.
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