First you would have to change the joint type to one that has two axes because a Revolute joint has only one axis. Try a Universal Joint. Then see if you can apply a Joint Load about two axes. I don't know.
Alternatively, you can definitely put two Revolute Joints in series and have a dummy body between them.
Below is an illustration of a beam with one end fixed and the other end with a Revolute Joint plus a Joint Moment and a beam with a Revolute Joint on each end with opposite joint moments applied.
The deformation along the length is clearly not the same. But as long as the Revolute Joint at each end had the Behavior set to Rigid, then the stress along the length would be the same for small deflections. You have asked this question many times. What did you think the answer was?
Alternatively, you can definitely put two Revolute Joints in series and have a dummy body between them.
Below is an illustration of a beam with one end fixed and the other end with a Revolute Joint plus a Joint Moment and a beam with a Revolute Joint on each end with opposite joint moments applied.
The deformation along the length is clearly not the same. But as long as the Revolute Joint at each end had the Behavior set to Rigid, then the stress along the length would be the same for small deflections. You have asked this question many times. What did you think the answer was?
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