- #1
AerospaceEng
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So essentially I'm trying to build a rotating free floating rotating cylinder (like laying a coke can on its side and propping it up so that when it rotates it won't have contact with the ground) I hope this is clear
and I need to figure out what size of motor I need to turn my cylinder by calculating the amount of torque needed
Dimensions of cylinder
m=226.80Kg
radius=0.61m
Length of cylinder=2.44mangular velocity =2.62radians/second
Moment of Inertia=42.14
But I'm not really sure where to go from here, how do I calculate the torque needed? and help is appreciated
and I need to figure out what size of motor I need to turn my cylinder by calculating the amount of torque needed
Dimensions of cylinder
m=226.80Kg
radius=0.61m
Length of cylinder=2.44mangular velocity =2.62radians/second
Moment of Inertia=42.14
But I'm not really sure where to go from here, how do I calculate the torque needed? and help is appreciated