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Yeah, I knew what you meant. The failures we are seeing, in similar cases, from the driveline problems are metal fatigue failures in major components (e.g. engine blocks, alternator brackets, etc.), not the fasteners. They progress rapidly, and break in just minutes (e.g. 25-100 miles of driving). It's pretty unlikely that you would have several components that have started to crack and fail but just haven't quite finished yet. And there is probably a healthy safety margin on their strength, so if the vibration problem is gone, then even damaged parts should survive for a long time.By 'residual issues' I mean that accessories, bolts and such were weakened/loosened beneath spec while the vibe was present, and thus still ready to fail even tho the offending vibration was removed from the scenario, albeit at a much later time. Those components are no longer torqued to spec and rated for the strain of service duty. That's what I'm calling collateral (long term) damage of the initial vibration.
So what you are suggesting is much more the exception than the expectation, and you most likely still have the driveline vibration.
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