Advanced simulation to leverage the true additive manufacturing potential

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Check new webinar of MSC Software products – MSC Software Webinar, e-Xstream, Digimat-AM, Additive Manufacturing, e-Xstream Engineering, Digimat- Additive Manufacturing.

Date –

Tuesday, June 20, 2017 9:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Tuesday, June 20, 2017 12:00 pm, Eastern Daylight Time (New York, GMT-04:00)
Tuesday, June 20, 2017 6:00 pm, Europe Summer Time (Paris, GMT+02:00)

Speaker –

Presented by: Olivier Lietaer, e-Xstream Engineering
Webinar Host: Nicole Drake, Press/MARCOM Specialist, MSC Software

Cost – Free

Link – Advanced simulation to leverage the true additive manufacturing potential

Details –

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This webinar will illustrate how simulation tools can be used to address the main challenges associated with Additive Manufacturing, such as dimensional accuracy and the reliability of the mechanical properties of the final part. A holistic simulation approach is proposed to tackle material engineering, process simulation and as-manufactured structural analysis of polymer and composite parts made via FFF/FDM or SLS method. The multiscale material modeling techniques – which are essential to handle the several scales involved in additive manufacturing – such as implemented in Digimat-AM, will be presented and discussed. Thanks to the micro-mechanics approach, the effect of the material and the printing process parameters such as, printing direction or toolpath, on the warpage prediction and the as-printed part performance will be illustrated.

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By integrating virtual engineering into their workflow, engineers will be able to minimize printing trial and errors because it enables the user to explore the process sensitivity to manufacturing parameters.

About webinar –

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Join this webinar to learn more about:

Simulate the additive manufacturing process
Minimize warpage and control shape
Understand the key parameters driving the printed material’s behavior
Create, design and test new material systems, such as lightweight lattices
Predict the mechanical behavior of the as-printed part
Investigate the influence of the printing parameters on the part performance

Materials & Process Engineers, Design Engineers, CAE Engineers, R&D Managers

Anyone involved in the Additive Manufacturing value chain

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