Which risk increases when timber used in early 18th-century ship construction experiences prolonged wetting?

💡 Explanation

Prolonged wetting causes hygroscopic expansion in wood, leading to timber swelling and deformation. This shape change induces stress on hull joints leading to hull deformation because the dimensional changes aren't uniform throughout the structure, therefore hull integrity is compromised, rather than simple corrosion, fouling, or sailcloth decay.

• Which limitation arises when early astrolabes employed inaccurate 'tympan' plates?
• Which consequence results when dry flax rope anchoring a Viking 'byrding' cargo ship's sail experiences abrasion against a rough-hewn wooden mast?
• Which outcome limited the long-term durability of pietra dura inlay facing south in 17th-century Mughal architecture?
• Which mechanism caused ancient Andean terraced agriculture to prevent catastrophic soil loss during intense rainfall?
• Which consequence results when inadequate timber seasoning compromises framing construction in early tall-masted sailing ships?
• Which outcome occurs when crucible cast iron cools relatively quickly?