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During a Roman siege, which risk increases when a wooden siege tower's supporting beams experience prolonged exposure to targeted fire?

A)Bearing failure through compressive creep
B)Material sublimation exceeds ablation
C)Catastrophic brittle tensile failure event
D)Resonance cascade amplifies vibrations

💡 Explanation

Prolonged heat exposure causes creep, a type of bearing failure, because the elevated temperate reduces a structure's resistance to deformation under continuous compressive load; therefore, the tower collapses due to excessive deformation rather than sudden fracturing or vibrations.

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