Part 23 - Flexible Support in Rotating Machines

[@RotorDynamics]

Your support means everything to us. If you find value in our videos, please consider sharing them with someone who would benefit. Thank you so much!

[@mariodominguezaguilar5968]

Very interesting video, thanks for putting this together and sharing your knowledge… after 30 yr in the oil and gas industry some of these topics are still unclear to me, so it is valuable to hear you put in plain and concise words

[@RotorDynamics]

Thank you so much for your kind words! I'm thrilled to hear that you found the video interesting and valuable, especially with your extensive experience in the oil and gas industry. If you have any specific questions or if there are other topics you'd like me to cover in future videos, feel free to let me know. I appreciate your support!

[@cck1496]

Excellent video.... Would you kindly explain what is "compliance"? Thanks.

[@RotorDynamics]

Excellent question! Compliance refers to a structure's susceptibility to movement caused by external forces. A higher level of compliance, indicating lower stiffness, results in easier movement of the structure in response to applied forces. Compliance curves visually represent the displacement amplitude of a specific point on a body per unit of applied force. Feel free to pose any additional questions in the chat. If you find the videos insightful, kindly consider sharing them with your colleagues and engineering friends. Your support is greatly appreciated!"

[@cck1496]

@@RotorDynamics Thanks for such a detailed explanation... Appreciate... Keep it up....

[@RotorDynamics]

@@cck1496 Thank you for your kind words! I'm glad you found the explanation helpful. Your support means a lot. I'll definitely keep it up! If you have any more questions or topics you'd like me to cover, feel free to let me know. Appreciate your feedback!

[@angelojello_mcoc]

Thank you! Your videos are simply amazing. I would love to hear and see more about the following topics: - Squeeze film damper - Active magnetic bearing (auxiliary bearings for this application) - Newkirk and Morton effect - Balancing methods Greetings.

[@RotorDynamics]

Thank you sincerely for your kind words and your enthusiasm for my videos! It's truly heartwarming to learn that you're finding them so inspiring. 😊 Your suggestions for topics are simply fantastic, and I can't wait to delve into each of them in my upcoming videos. The realm of squeeze film dampers, active magnetic bearings, the intriguing Newkirk and Morton effect, and the art of balancing methods - all these subjects hold immense potential for exploration. Your curiosity and engagement mean a lot to me, and I'm excited to share in-depth insights on these topics through my upcoming content. By the way, I've recently updated Video Part 24, focusing on balancing techniques. Please stay tuned for the exciting journey ahead! If you ever have more ideas to share or questions to ask, please feel free to reach out. Your feedback plays a pivotal role in shaping the content I create. Wishing you the best, and looking forward to our continued exchange of knowledge!

[@RotorDynamics]

Thank you for your wonderful suggestions! I'm thrilled to share that I've finally covered the topics you mentioned in the videos 'Squeeze Film Damper,' 'Morton Effect,' and 'Balancing Methods.' I hope you find them both informative and enjoyable. If there's any other topic you'd like me to explore or if you have specific questions, feel free to let me know-I'm here to create content that you find valuable. Your input is highly appreciated, and thanks for being a part of our community! :)

[@brahemharbaa8120]

Thank you very much for all the valuable information you provide. Would it be possible to provide an advanced example of a turbo machine that includes a compressor, turbine and a shaft and how to balance the shaft and choose the appropriate bearing?

[@RotorDynamics]

Thank you for your thoughtful comment! I really appreciate your interest in the content I provide. I understand your request for an advanced example of a turbo machine with a compressor, turbine, and shaft, along with insights on balancing. Your feedback matters a lot, and I'm thrilled to let you know that I've addressed your query in Part 24 video, where I delve into the details of balancing the shaft . I hope you find the information valuable in your exploration of turbo machinery. Don't hesitate to reach out if you have more questions or suggestions for future topics. Happy learning!

[@wildwing79]

awesome!

[@RotorDynamics]

Thank you! Cheers!