Which threat increased in medieval rope bridges due to diurnal cycles?

💡 Explanation

Repeated daily cycles of moisture and drying caused ropes to repeatedly expand then contract, triggering cyclic loading. This fatigue cracking occurred mainly through tension inducing rope degradation, because it repeatedly strained the hemp or other fibers, therefore wearing them down, rather than causing purely structural modes such as oscillations.

• Which limitation, when exceeded regarding ship timber supplies driving ship construction within 18th-century Holland, resulted in decreased hull reinforcement?
• Which outcome arises when subsurface drainage of the Taj Mahal's raised platform weakens its support, especially near pietra dura inlay?
• Within Mughal garden water systems, which outcome arises because of excessive sedimentation?
• Which outcome occurs when a Viking longship encounters excessive transverse forces from wave action acting non-uniformly?
• Which outcome would occur if a Roman torsion-powered ballista drum's sinew springs experienced moisture absorption?
• Which risk increased in early Byzantine silk textile production when excessive force applied orienting fibers?