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← HistoryWhich risk increased as Viking 'rope bridge' spans lengthened without improved cable tensioning?
A)Reduced bridge deck aeroelastic flutter
B)Elevated material fretting fatigue damage✓
C)Increased suspender cable load capacity
D)Mitigated anchor point stress corrosion
💡 Explanation
Fretting fatigue damage increased as spans lengthened because increasing cable length exposed higher stressed area susceptible to microscopic relative motions at contact point. Therefore, material fatigue was enhanced, rather than aeroelastic flutter or mitigating stress corrosion.
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