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Webinar: Going beyond CAD-Embedded Structural/Thermal FEA Simulation Webinar
  • 1st February 2019
    10:30 am - 11:30 am

FEA simulation is widely used by Design and Mechanical Design Engineers to gain valuable insight into the structural, vibration, impact and thermal performance of components, sub-assemblies and systems. Indeed, the availability of FEA tools embedded within CAD software has driven this adoption and raised awareness of the power of simulation to optimise designs and increase confidence whilst saving time.

ANSYS is a market-leader in simulation and provides FEA tools where increased fidelity in terms of material or contact definitions, mesh settings or some other intricacy is required.

If your company has projects and applications that require FEA capability beyond that offered by the CAD-embedded FEA tools then ANSYS provides a range of tools to address this need.

To find out more, please join us on 1st February 2019 for a webinar featuring:

  • an overview of applications, typically beyond the capabilities of CAD-embedded FEA software
  • a product demonstration highlighting the connectivity to MCAD, the easy to use but advanced FEA simulation capabilities and the optimisation tools provided in the ANSYS Workbench
  • an overview of the capabilities and applications of the ANSYS Mechanical family of tools (Mechanical Pro/Premium/Enterprise)

Duration

Webinar starts at 10:30 GMT

Who Should Attend?

Designers, engineers, managers and directors seeking to optimise their design & development processes.

Registration / Further Information

Simply choose one of the following options to receive further information or to register.

Please note that this event is free to attend but registration is essential.

Location

Venue:  

Address:
Online

Description:
Details on how to join the webinar will be emailed to you once registered.

If you would like us to register you for this event or would like further details please email info@wildeanalysis.co.uk, or call 0161 474 6886.

Registration / Further Information

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