How Did They Build That Bridge

This title discusses how bridges are built, including engineering, design and construction.

This title discusses how sports stadiums are built, including engineering, design and construction.

On a warm spring day in 1883, a woman rode across the Brooklyn Bridge with a rooster on her lap. It was the first trip across an engineering marvel that had taken nearly fourteen years to construct. The woman's husband was the chief engineer, and he knew all about the dangerous new technique involved. The woman insisted she learn as well. When he fell ill mid-construction, her knowledge came in handy. She supervised every aspect of the project while he was bedridden, and she continued to learn about things only men were supposed to know: math, science, engineering. Women weren't supposed to be engineers. But this woman insisted she could do it all, and her hard work helped to create one of the most iconic landmarks in the world. This is the story of Emily Roebling, the secret engineer behind the Brooklyn Bridge, from author-illustrator Rachel Dougherty.

Building the Brooklyn Bridge reminds us of the historic importance of this iconic bridge that was once considered the eighth wonder of the world. It opened up development across the East River and made travel between the two independent cities of Brooklyn and New York quicker and more reliable; especially once the bridge railway was fully operational in September 1883, four months after the bridge's opening. Historian Jeffrey Richman describes in engaging detail how the Brooklyn Bridge was built over fourteen years and clearly explains the function of each of its parts, from the anchorages to the massive cables. The story of the construction is also told through 255 remarkable images, many never before published, including 44 images in 3D, specially created for this book. These historic photographs, woodcuts, color lithographs, and engineering drawings take us back in time to when all of America, and much of the world, watched with excitement as a singular bridge of unprecedented size and technology was built over one of the busiest waterways in the world. The book illuminates long-forgotten details and presents the bridge as the engineering marvel that it is-one that still elicits awe and admiration. This is an incredible journey back in time to when all of America-and much of the world-excitedly watched as the Brooklyn Bridge was being built. Reading the book will be a real treat to anyone who has ever stepped onto this beloved icon and been moved by its majesty. A pair of 3D glasses is included with every copy of the book.

This title discusses how damns are built, including engineering, design and construction.

This striking book explains the feats of engineering behind the world's most impressive architectural marvels. From skyscrapers that reach astonishing heights to bridges that span deep and wide rivers, the world is filled with awe-inspiring structures. But how do they work? Meet the extraordinary people who challenged our beliefs about what's possible, pioneering remarkable inventions that helped build the Brooklyn Bridge in the US, the Pantheon in Italy, the Burj Khalifa in Dubai, the Shard in England and the Sapporo Dome in Japan. Discover the ingenious methods engineers have come up with to enable us to build underground, underwater, on ice, and even in space. With text written by award-winning structural engineer Roma Agrawal and detailed full-color illustrations by Katie Hickey, this book provides unique and illuminating perspectives of the world's most incredible constructions. How Was That Built? is a perfect gift for curious kids who want to learn more about construction, architecture, science, technology, and the way things work. This children's picture book also serves as a fascinating companion to the author's adult nonfiction book Built: The Hidden Stories Behind our Structures, winner of the AAAS/Subaru SB&F Prize for Excellence in Science Books.

This title discusses how schools are built, including engineering, design and construction.

Silver Award Winner, 2016 Nautilus Book Award in Young Adult (YA) Non-Fiction Moving beyond the familiar accounts of politics and the achievements of celebrity engineers and designers, Building the Golden Gate Bridge is the first book to primarily feature the voices of the workers themselves. This is the story of survivors who vividly recall the hardships, hazards, and victories of constructing the landmark span during the Great Depression. Labor historian Harvey Schwartz has compiled oral histories of nine workers who helped build the celebrated bridge. Their powerful recollections chronicle the technical details of construction, the grueling physical conditions they endured, the small pleasures they enjoyed, and the gruesome accidents some workers suffered. The result is an evocation of working-class life and culture in a bygone era. Most of the bridge builders were men of European descent, many of them the sons of immigrants. Schwartz also interviewed women: two nurses who cared for the injured and tolerated their antics, the wife of one 1930s builder, and an African American ironworker who toiled on the bridge in later years. These powerful stories are accompanied by stunning photographs of the bridge under construction. An homage to both the American worker and the quintessential San Francisco landmark, Building the Golden Gate Bridge expands our understanding of Depression-era labor and California history and makes a unique contribution to the literature of this iconic span.

Bridges are a big part of how people get from place to place. But how do they work and how are they built? In this engaging text, readers will explore these important engineering marvels that link places divided by water. Along the way they’ll learn how to build their own model bridge with a step-by-step guide accompanied by full-color photographs of each step. Accessible text illuminates the science behind every span we drive over—and sometimes under!

This title discusses how airports are built, from runway design and construction to terminal and security.