Join this webinar to explore how advanced modal analysis techniques can help structural engineers better understand dynamic behaviour and make more informed design decisions.
Dynamic analysis plays a vital role in assessing how structures respond to vibration, seismic loading and other time-varying actions. However, selecting the most relevant modes for response analysis can be challenging, particularly for complex or unusual structural models.
In this webinar, Senior Computational Scientist, Chris Hickey, will explore advances in modal analysis and their practical application in structural engineering. Drawing on research from an award-winning Knowledge Transfer Partnership between Arup and The University of Manchester, he will demonstrate how academic research and engineering practice are driving innovation in dynamic analysis.
Eiki Homma CEng MIStructE will explain how advanced modal analysis techniques in Oasys GSA help identify the most significant structural behaviours for response assessment. Alongside Eiki, Peter Debney CEng MBCS FIStructE will demonstrate how these capabilities can be applied to evaluate a range of real-world structural dynamics challenges.
Reasons to attend:
- Discover the latest advances in modal analysis and how research is helping engineers better understand structural behaviour and dynamic response.
- Learn how to identify the modes that matter most for response analysis, helping you gain deeper insight into complex structural models.
This webinar is recomended for:
- Structural Engineers
- Computational Structural Engineers
- Structural Dynamics & Vibration Specialists
- Bridge Engineers
- Seismic Engineers
- Infrastructure Engineers
