Part 30 - Vibration Analysis - Part A: Misalignment

[@RotorDynamics]

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[@ahmedshrief2263]

Thank you for your time and effort , very interesting topic for me as a rotating equipment mechanical engineer and useful video

[@RotorDynamics]

You're welcome! I'm thrilled to hear that you found the video interesting and valuable, especially as a rotating equipment mechanical engineer. If you have any questions or specific topics you'd like me to cover in future videos, feel free to let me know. Your feedback is greatly appreciated, and I'm glad I could provide content that resonates with you. Thanks for watching and being a part of our community!

[@ranjanpal7217]

Excellent explanation, amazing insights!

[@RotorDynamics]

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[@ferdyfabiolaburgos3158]

Figure 8 at minute 3:42 is the centerline plot not the orbit

[@RotorDynamics]

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[@MrFRANKOK]

Great summary. Strive to meet API 684 2nd edition limits. To the point on wear and tear causing imbalance could add corrosion and deposits that can flake off parts non uniformily.

[@RotorDynamics]

Thanks for watching and for your insightful comment! I appreciate your suggestion to consider corrosion and deposits as potential contributors to wear and tear, leading to imbalances. It's a crucial point, and I'll be sure to delve deeper into these aspects in future content. Your engagement means a lot, and I'm glad to have viewers like you sharing valuable perspectives. Feel free to keep the conversation going, and thanks again for your support!

[@abhilashshirsangi4252]

Well done, I enjoyed watching the video. Eager to watch next video. Any specific reason to say 1x,2x n 3x as nosie interpretation?

[@RotorDynamics]

Excellent question! I've made some enhancements - specifically, I've updated the thumbnail and title of the video to focus on 'vibration analysis,' providing a more precise context. In the realm of consumer electronics, like washing machines, Dyson hair dryers, and vacuum cleaners, the emphasis often revolves around 'noise interpretation' as it directly resonates with consumers. However, when it comes to turbomachines, 'vibration analysis' aligns more cohesively with the intricacies of the subject matter.

[@abhilashshirsangi4252]

Got it, thank you for your response.

[@RotorDynamics]

@@abhilashshirsangi4252 Absolutely! I would greatly appreciate it if you could share my KZbin channel and videos with your colleagues and coworkers who may find them both interesting and educational. Thank you in advance!

[@Krah86]

very,very,very nise

[@RotorDynamics]

Thank you so much for your kind words! I'm glad you enjoyed the video. If you found it valuable, please consider sharing it with your colleagues and engineer friends who might also benefit from the content. Your support means a lot!

[@Gyuiopgfdsaetf4567]

❤

[@RotorDynamics]

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