printed copy

What Really Sank The Titanic

Jennifer Hooper McCarty, Tim Foecke

ISBN 0806528958
Publish Date 2/26/2008
Format Hardcover
Categories Citadel, General
Currently out of stock

On the starry night of April 14, 1912, at the dawn of a century charged with human ingenuity and hope, the largest and most advanced passenger ship in the world struck an iceberg and sank to the bottom of the frigid North Atlantic. In the decades that followed, despite numerous official inquiries and the eventual discovery of the wreck itself, key questions have gone unanswered: Why did the double-bottomed, 46,000-ton RMS Titanic, built above and beyond the most exacting specifications, sink in less than three hours? Was the iceberg alone responsible for the tragedy? Or did other factors contribute to the collision’s deadly toll? A conclusive explanation has not been given—until now.

With the same methodology used by forensic scientists in crime-scene investigations, researchers Jennifer Hooper McCarty and Tim Foecke applied new tools to the century-old mystery. By analyzing step by step how the ship was designed and constructed, what vulnerabilities were overlooked, and how this marvel of modern engineering may have been a disaster waiting to happen, they build a compelling new scenario.

We are vividly taken into a bygone era, when luxury ocean travel and ruthless business competition fueled ever mightier ship construction projects built by Belfast shipyard workers, some mere children, laboring in unsafe, exhausting conditions. With Britain, the shipbuilders, and an entire industry caught up in a mad dash to build the greatest vessel ever, shocking lapses went unnoticed. Using modern microscopic techniques, the authors reveal those failures and show how they doomed the lives of at least 1,500 of the Titanic’s passengers and crew.

Grippingly written, What Really Sank the Titanic is illustrated with fascinating period photographs and modern scientific evidence. It includes little-known Titanic facts and lore, colorful portraits of the ship’s designers, builders, and crew, eyewitness accounts, and a dramatic timeline of the ship’s last hours. In an age when forensics can catch killers, this book does what no other book has before: fingers the culprit in one of the greatest tragedies ever.

Jennifer Hooper McCarty completed her master’s and doctoral degrees in Materials Science and Engineering at Johns Hopkins University, specializing in the characterization of historic materials. Her dissertation formed the first complete analysis of the metallurgy of the Titanic rivets. Following her graduate research at both the Smithsonian Institution and the National Institute of Standards and Technology, she worked as a researcher at Oxford University. She lives in Portland, Oregon.

Tim Foecke earned his Ph.D. in Materials Science from the University of Minnesota, specializing in fracture of metals. Since 1991, he has been a staff materials scientist at the National Institute of Standards and Technology in Gaithersburg, Maryland, and since 2001 has also been an adjunct professor at Johns Hopkins University in Baltimore. He has performed failure analysis and forensic studies on the Titanic, USS Arizona, CSS Hunley, and the World Trade Center collapse, among other disasters. He resides in Damascus, Maryland.

For more information, please visit www.csititanic.com.

Was the ship doomed by a faulty design?

Was the hull’s steel too brittle?

Was the captain negligent in the face of repeated warnings?

Did a coal bunker fire weaken the bulkhead?

On the night of April 14, 1912, the “unsinkable” RMS Titanic, with over 2,200 passengers onboard, struck an iceberg in the North Atlantic and plunged to a watery grave. For decades, the riddle has haunted the world. Now the same CSI techniques that are used to solve modern murder cases are applied to history’s worst shipping tragedy. The answers will astound you.…

“McCarty and Foecke lay out a fascinating trail of historical forensics that explains how a grazing blow on a flat-calm night could scuttle a compartmentalized leviathan so very quickly. What Really Sank the Titanic is not only for buffs, but for any reader who wants to learn about the foundation of cold iron on which our technology stands, and sometimes falls.” —James R. Chiles, author of Inviting Disaster

About Jennifer Hooper McCarty:

Jennifer Hooper McCarty completed her master’s and doctoral degrees in Materials Science and Engineering at Johns Hopkins University, specializing in the characterization of historic materials. Her dissertation formed the first complete analysis of the metallurgy of the Titanic rivets. Following her graduate research at both the Smithsonian Institution and the National Institute of Standards and Technology, she worked as a researcher at Oxford University. She lives in Portland, Oregon. 

About Tim Foecke:

Tim Foecke earned his Ph.D. in Materials Science from the University of Minnesota, specializing in fracture of metals. Since 1991, he has been a staff materials scientist at the National Institute of Standards and Technology in Gaithersburg, Maryland, and since 2001 has also been an adjunct professor at Johns Hopkins University in Baltimore. He has performed failure analysis and forensic studies on the Titanic, USS Arizona, CSS Hunley, and the World Trade Center collapse, among other disasters. He resides in Damascus, Maryland.

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