Restoring the Cutty Sark: Preserving Maritime History

The Cutty Sark, a historic British clipper, was renowned for its speed due to its innovative design, featuring a composite construction of wooden planking over an iron frame. Despite its robust architecture, the ship faces corrosion issues due to salt embedded in its structure. Restoration efforts led by Captain Ian Bell and Professor Chris Bailey involve computer modeling to identify stress points. The project requires significant funding to preserve this maritime treasure.

What was one of the key factors that contributed to the Cutty Sark's record-breaking speed?

• Its composite construction

• Its powerful engine

• Its large sails

• Its lightweight design

What problem does the salt embedded in the Cutty Sark's structure cause?

• It attracts marine life

• It leads to corrosion of the iron

• It causes the timber to rot

• It makes the ship heavier

Who is working with Captain Ian Bell to address the Cutty Sark's deterioration?

• Professor Chris Bailey

• Dr. John Smith

• Engineer Sarah Johnson

• Architect Michael Brown

What is the purpose of the computer models being designed for the Cutty Sark?

• To enhance its speed

• To identify weak areas

• To redesign its sails

• To calculate its weight

How much funding is needed to complete the Cutty Sark's conservation project?

• 25 million U.S. dollars

• 10 million U.S. dollars

• 15 million U.S. dollars

• 20 million U.S. dollars