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  4. Seminar: What's New in Dynamic Mechanical Analysis? April 29, 2025 | 11:00 AM - 1:00 PM | USYD

Seminar: What's New in Dynamic Mechanical Analysis? April 29, 2025 | 11:00 AM - 1:00 PM | USYD

Relevant for: Dynamic Mechanical Analysis; Rheometry; Viscoelasticity; Polymer


In this seminar you will learn how DMA can be used to gain a better understanding of the viscoelastic and thermal properties of your material. The theoretical basics of DMA measurements will be presented, along with various DMA appliations ranging from polymer plastics, rubber and composites. Lastly, the flexibility and versatility of novel 2-in-1 rheo-DMA device will be demonstrated for extended polymer characterisation.

Key Takeaways

  • Understand the benefits of combined Dynamic Mechanical Analysis and Rheology

  • Learn the design and benefits of a true multi-drive rheometer 

  • Learn the current technologies, measurements and applications used in material development and testing

 

Venue:
Room 407, Level 7
JO1 Chemical Engineering Building
Camperdown / Darlington Campus
University of Sydney

To join this free event, please register below

Stefan Wurzer

Venue: Sydney, 2050 NSW, Australia, University of Sydney, Camperdown / Darlington Campus, Room 407 Level 4 JO1 Chemical Engineering Building
End of registration: 28 Apr 2025

Contact person and registration:
Dr. Neeraj Mishra
Tel.: +61 - 473 - 000 - 650
neeraj.mishra[at]anton-paar.com

Stefan Wurzer

Stefan Wurzer (Global Product Specialist Rheology, Anton Paar GmbH) is a skilled polymer engineer with a Master's degree in Polymer Engineering and extensive expertise in polymer characterisation and thermal analysis. With a broad understanding of material behavior, Stefan Wurzer is working hard to distribute knowledge about characterisation methods around the globe, particularly for dynamic mechanical analysis (DMA). He has been serving as a Global Product Specialist in Rheology since 2021, working with industries and researchers worldwide to optimise material performance through advanced analytical techniques using rheometry.