Hybridisation, electrification and the vital role of torsional vibration analysis
07 November 2024
14:30 - 15:30
GMT - ONLINE
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Be sure to join us
Join Regal Rexnord’s webinar on 7th November to discuss hybridisation, electrification and the vital role of torsional vibration analysis in marine propulsion systems.
Registration is free, please sign up below
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In association with:
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Please join us for the following:
Hybridisation, electrification and the vital role of torsional vibration analysisDate: Thursday 7th November - Time: 14:30-15:30 GMT |
Join us as we discuss
- How hybrid and electric systems introduce more complex drivetrains, making torsional vibration analysis essential for ensuring all components function together effectively.
- Why alternative fuels change combustion dynamics, leading to torque variations that change torsional vibrations, necessitating thorough analysis.
- Regular torsional vibration analysis’ role in identifying potential issues early, preventing costly repairs and reducing downtime
- The link between flexible couplings, managing torsional vibrations and ensuring efficient operation under varying loads
- The role of torsional vibration analysis in ensuring that new propulsion systems meet stricter emissions regulations while maintaining reliability.
Panellists:
Bob Lennon, Industry Manager for marine and CENTA, Regal Rexnord
Dr Mahamudul Hasan, Director of Research and Development for couplings, Regal Rexnord
Webinar details:
A confirmation email will be sent after registration. A reminder will be sent with your access details no later than 72 hours before the events date and a further reminder will be sent 1 hour before the webinar is due to begin.
- During the webinar the identity of the attendees is confidential
- All attendees join the webinar with their microphone off
- We encourage questions to be sent during the webinar, the Moderator will raise these to the expert presenters
- A recording of the Webinar will be accessible at www.rivieramm.com/webinar-library following the live event taking place.
