I find this very fascinating, I was wondering if the shape of the bucket would make a difference? It would be interesting if the bucket was sloped less than 90 degrees to the belt. Would it discharge more completely and sooner? Thanks again
your missing One key aspect with the lifts, real world lifts have a slight negative (-5) tilt back on the top side to help dump more on the down stroke in to the funnel this will prevent items form returning at a much higher rate. I fix these for a living, its real trust me :) Think of it as a inverted drop roller coster
Good stuff! Would have really liked to see the version with a better bucket design though!
Thank you! Looking forward for CFD-DEM Coupled simulation part 3.
Thanks for the informative message, I could clearly understand the working principle of the bucket elevator. Thanks a lot!
Finally video that I've been looking for!! Great job!! Hopefully you can give me some tutorial
Thank you, for another great video!!
Very interesting and informative.
Great video!
I really enjoyed this and would like to see the final results.
really interesting video
Tres bien. Meci. Have you tried to change the geometrie of the buckets?
Nice job.
Can you please make the simulation available on your website.
Please share the updated geometry video! (Or, is the updated bucket angle shown at 0:19?)
Very informative, thank you.
Glad it was helpful!
Did u show the final results?
nice content… thx
I find this very fascinating, I was wondering if the shape of the bucket would make a difference? It would be interesting if the bucket was sloped less than 90 degrees to the belt. Would it discharge more completely and sooner? Thanks again
It depends a lot on shape, friction values, the bulk material properties and centrifugal acceleration...
What if the buckets were not fixed but instead a swing and the contents were tipped?
Hallo Henrig,
finde deine Videos echt gut. Womit machst du eigentlich deine Animationen für UA-cam?
Paraview and the universal tool for every engineer: PowerPoint
I'm having that problem I get to much sand back after 110 tons per hour and overloading my motor
Hi, would like to see final result - very nice video - I like your channel.
Thank you! Cheers!
I need final
hi
by which software did you analyse this model?
Its called Liggghts
What the name of this software?
Hey Vincent, the name of the software is LIGGGHTS
your missing One key aspect with the lifts, real world lifts have a slight negative (-5) tilt back on the top side to help dump more on the down stroke in to the funnel this will prevent items form returning at a much higher rate.
I fix these for a living, its real trust me :) Think of it as a inverted drop roller coster
To clarify: are the buckets tilted backwards on the belt?