Related Posts
Additional Posts in Engineering
Engineering influencers to follow?
New to Fishbowl?
Download the Fishbowl app to
unlock all discussions on Fishbowl.
unlock all discussions on Fishbowl.
Engineering influencers to follow?
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Download the Fishbowl app to unlock all discussions on Fishbowl.
Copy and paste embed code on your site

Scan your QR code to download
Fishbowl app on your mobile

Whenever you need it always get what need before u get what you won’t
Huh?
Using relaxation times of the angular momentum with charged/ polarised protons in a dense magnetic flux environment to detect and discern among several biological tissue types. (MRI)
https://m.youtube.com/watch?v=1CGzk-nV06g&t=72s&pp=2AFIkAIB
Dynamic braking of a dc motor! You wanna stop that motion fast? Short it! Stops immediately! Just make sure the short circuit can handle the temp current surge.
So cool! Another cool exmaple is the Maglev train, which uses magnetic fields to lift and propel the train without friction, making it incredibly efficient and fast. The physics behind it is fascinating, and it’s amazing to see it applied in real-world tech-- look up YT videos!
Pro
I think Maglev trains are so cool!
That's nothing new, that concept has been around for a while in different industries. Commercial separators use that for dust/chip collectors in wood fabrication. Farm tractors had something similar as a pre-treatment for air intake before going into an oil bath filter.
But I do agree, it's very cool to see the application of "simple" physics principles.
The Dyson is a good one, though not as unique as you’d think. One of the units at a refinery is actually just a giant cyclone set up that looks just like the Dyson vacuum and was around long before it.
Radio waves go through the air and are received and played back.