bulbodepaja
Guest
Good morning to all!:smile:
I ask you to help solve this problem which I now ask you:
I have to simulate the behaviour of a pump's gum.
I explain better: I draw the profile of the palettes of a rubber rotor for a pump. the rotor has a metallic soul to which they are vulcanized in the radial sense of the rubber palettes. These palettes are crushed in rotation inside a steel shirt and I would like to simulate the crushing of the palettes.
I also attach 2 pdf in 3d format (so you can rotate them) in which the pump is represented in the 2 opposite conditions: non-inflectioned shovel and shovel inflex max (in the pump 2 file you see the shovel out of the shirt, actually in that position is inflection inside the shirt)
This is my question: can you simulate such behavior with sw simulation?
if you need more material ask pute.
Thank you all in advance!
I ask you to help solve this problem which I now ask you:
I have to simulate the behaviour of a pump's gum.
I explain better: I draw the profile of the palettes of a rubber rotor for a pump. the rotor has a metallic soul to which they are vulcanized in the radial sense of the rubber palettes. These palettes are crushed in rotation inside a steel shirt and I would like to simulate the crushing of the palettes.
I also attach 2 pdf in 3d format (so you can rotate them) in which the pump is represented in the 2 opposite conditions: non-inflectioned shovel and shovel inflex max (in the pump 2 file you see the shovel out of the shirt, actually in that position is inflection inside the shirt)
This is my question: can you simulate such behavior with sw simulation?
if you need more material ask pute.
Thank you all in advance!