How do you constrain two cylinders that are a press fit?
I'm trying to do an assembly that models a cam that is press fit onto a shaft. I can mate planar surfaces and align the cylindrical surfaces just fine such that the cam is in the right location on the shaft. Problem is that if I try to rotate the shaft, the cam doesn't rotate with the shaft.
How would one go about ensuring that rotational motion on the shaft transfers to the cam as well? I've tried orienting, angling and everything else I can think of. The only success I've had was to essentially design in a flat to both the cam and the shaft and angle constrain them. Surely, there is a way to do this withough modifying my parts. Any thoughts?
How about if I were trying to model transferred motion between two gears?
I'm trying to do an assembly that models a cam that is press fit onto a shaft. I can mate planar surfaces and align the cylindrical surfaces just fine such that the cam is in the right location on the shaft. Problem is that if I try to rotate the shaft, the cam doesn't rotate with the shaft.
How would one go about ensuring that rotational motion on the shaft transfers to the cam as well? I've tried orienting, angling and everything else I can think of. The only success I've had was to essentially design in a flat to both the cam and the shaft and angle constrain them. Surely, there is a way to do this withough modifying my parts. Any thoughts?
How about if I were trying to model transferred motion between two gears?