Chapter 1
Engineering a steel giant
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Chapter 2
A floating society of contrasts
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Chapter 3
The collision and the cold night
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Chapter 4
Rescue and the aftermath
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Chapter 5
How the night changed the ocean
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YOUR GOAL
Master of Inside the Titanic tragedy
Ch 1 · Engineering a steel giant
artiteacher Build the Titanic's watertight bulkheads to discover how engineering flaws doomed the unsinkable ship.
artiteacher Titanic Engineering
Unsinkable, they cried, so grand and so new, With watertight walls, to see her through. But six compartments breached, the water rushed fast, A legend was born, designed not to last.
artiteacher To move its massive 46,000-ton frame, the Titanic relied on giant coal-burning engines and three enormous bronze propellers.
Fun Fact
Titanic's massive anchor: The main anchor weighed 15.5 tons and required a team of 20 horses to pull it through Belfast.
artiteacher Titanic's advanced design featured sixteen compartments that could be sealed off, leading many to believe it was unsinkable.
Glossary
keel (noun)
The longitudinal structure along the centerline at the bottom of a vessel's hull, on which the rest of the frame is built. Construction of the Titanic began in Belfast on March 31, 1909, when this backbone was laid.
The longitudinal structure along the centerline at the bottom of a vessel's hull, on which the rest of the frame is built. Construction of the Titanic began in Belfast on March 31, 1909, when this backbone was laid.
Quiz
What material flaw in the Titanic's bow rivets made them fragile in cold water?
Quiz
What was the name of the Titanic's sister ship that also entered service in 1911?