The sliding bearing is an oil film formed between the inner surface and the journal. Is there a relative sliding between the outer surface and the hole on the connecting rod (such as the small end of the crank of the engine)? Between the internal surface and the shaft neck is very slippery, so that the axial fixed, will not fall out in the axial? Rolling bearings with nuts and retaining rings from the axial block the inner ring to prevent it from moving in the axial direction, sliding bearings is the same?As you can see, what kind of sliding bearings should be used in this case? What about the bush or the one with the flange or something else? How do you fix it in the axial direction?
It's OK to use the interference fit.
The sliding bearing (bushing) is axially fixed: 1. through interference fit. 2. step type sliding bearing fixing.
The sliding bearing (bushing) is axially fixed: 1. through interference fit. 2. step type sliding bearing fixing.
