"Today, 1913 is inevitably viewed through the lens of 1914: as the last year before a war that would shatter the global economic order and tear Europe apart, undermining its global pre-eminence. Our perspective narrowed by hindsight, the world of that year is reduced to its most frivolous features... In this illuminating history, Charles Emmerson liberates the world of 1913 from this "prelude to war" narrative, and explores it as it was, in all its...

It's easy to imagine the technical difficulties that come with drilling an exploratory well miles below a floating platform on the high seas. Explore the step-by-step sequence of failures—flawed design decisions, careless oversights, deliberate procedural shortcuts, and prioritizing profits over safety—that led to the worst environmental disaster in US history.

What would the Tower of Pisa be if it weren't leaning? Certainly not as attractive to tourists. That was the issue faced by the late-20th-century engineers who devised a way to reduce the tower's angle of tilt. Take a journey through the centuries to explore how various engineers tried to stabilize the leaning tower, but only succeeded in making the problem worse.

In 1978, a developer chose to build a hotel in Kansas City using a management technique called fast-tracking, in which construction begins before the design is complete. What can happen when each principal assumes that someone else has designed a critical structural connection? Explore the series of mistakes that led to the tragic collapse of two suspended walkways and the deaths of 114 people.

Some engineering failures occur when the construction process goes badly awry. Explore two such cases: one in which five people died trying to implement an ad hoc solution to an unexpected construction challenge and one in which a building collapse was caused by a flawed technology that was intended solely to improve construction efficiency.

In December 1915, United States Industrial Alcohol (USIA) built—without any formal engineering design—a massive cylindrical steel tank along Boston's North End waterfront to store incoming shipments of molasses. When the tank ruptured three years later, 21 people died. Explore the phenomena of metal fatigue and brittle fracture and learn what role they played in the Great Boston Molasses Flood.

Handing lucrative contracts to family members rarely has it led to such a public catastrophe as the 1876 Ashtabula Bridge disaster. As you learn the fascinating history of entrepreneur Amasa Stone—who built an iron bridge using a structural concept specifically developed for wood—you'll follow the mistakes that led to America's worst rail accident and worst bridge failure up to that time.

In 1976, the American Institute of Architects presented an Honor Award to Helmut Jahn for his innovative design of the Kemper Arena in Kansas City. Three years later, a 43,000-square-foot section of the roof collapsed. Follow the forensic engineers as they painstakingly analyze the arena's innovative design and identify four major factors that contributed to the roof's collapse.

In 1967, the Silver Bridge in West Virginia collapsed into the Ohio River, killing 46 people. For 39 years, the bridge had been hailed as an engineering triumph with its cost-saving, innovative structural concept. Follow this fascinating story of forensic engineering as investigators eventually determined that the 1,965-foot bridge failed because one eyebar in a suspension chain fractured.

You know that if you don't maintain your car, it can stop working. But we have often overlooked that lesson when it comes to bridges. Follow the fascinating case of the Mianus River Bridge and discover how lack of maintenance caused its collapse in 1983, although the bridge had just been inspected. What happened to those pin-and-hanger connections? And exactly, whose fault was it?