Part 11 - Dyson Hair Dryer Blower

[@RotorDynamics]

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[@pauleyre5459]

Dear sir, that was a wonderfully clear technical description of the Dyson hair dryer's rotor components. I am also interested in the aerodynamics of the impeller. And how the multiplier effect works, drawing in air from the back of the blower to meet the air being blown up by the impeller and then out the front of the blower. Are you able to discuss that? Thanks very much

[@RotorDynamics]

Thank you so much for your kind words! I'm thrilled to hear that you found the technical description helpful. I'd be more than happy to delve into the aerodynamics of the Dyson hair dryer's impeller and discuss the multiplier effect in detail. It's a fascinating aspect, and I appreciate your curiosity. By the way, I've just uploaded a new video, Part 35, focusing on compressors. I'm planning to include a topic related to impellers in upcoming videos as well. I'll make sure to cover the specifics you mentioned. Stay tuned, and if you have any more specific questions or topics you'd like me to explore, feel free to let me know. Thanks for your interest!

[@hm8122]

Thanks for sharing. Will appreciate if you talk about magnetic bearing for industrial applications. Thanks !

[@RotorDynamics]

Thank you. As you requested, I have covered topic related to magnetic bearings in parts 35 and 36 videos. Please have a look. :)

[@wildwing79]

Interesting!!!

[@RotorDynamics]

I think so too!

[@teb7002]

Thanks for your very valuable share. I will appreciate it if you can share more information about bearing fits based on applications. Thanks in advance

[@collinsjiang3134]

Excellent. I am willing to pay for such good content.

[@RotorDynamics]

Your kind words have truly made my day! I'm thrilled to hear that the technical explanations are hitting the mark for you. If you find the content valuable and engaging, I would be deeply appreciative if you could share it with your colleagues and engineering friends. Your support is instrumental in fostering the growth of our community, and I'm genuinely grateful for it!

[@gavinnewman5806]

I think you need to recalibrate your calipers!

[@RotorDynamics]

Hahaha. Why? All the measured values are actual measurements.