The New York City Subway System has been carrying passengers for more than a century. Engineering the NYC Subway System explores how designers drew up plans for the subway, how workers built the underground system in one of the world's busiest cities, and how commuters still rely on its hundreds of trains today. Easy-to-read text, vivid images, and helpful back matter give readers a clear look at this subject. Features include a table of contents, infographics, a glossary, additional resources, and an index. Aligned to Common Core Standards and correlated to state standards.

Why does New York City have a subway system, and why does it have such an unusual design? Railroad engineers developed its bold and ambitious design in 1891 for the purposes of speed and convenience, above all else. By understanding the original thinking behind the subway, we can see beneath the grit and appreciate the true beauty of the system…and be inspired to build even bigger and better things in the future. The subway possesses a combination of design elements that make it unequalled among the world’s major rapid transit systems. The pillars of the system’s design are the high-speed right-of-way and trains, being underground but close to the surface, having extensive four-track mainlines with all tracks on the same level, and providing bi-directional local and express service.

In 1869, Alfred Beach wanted to build America's first air-powered railway below New York City, but Boss Tweed, powerful politician and notorious crook, opposed. Working under night cover, Beach and his crew carved a three-hundred-foot tunnel beneath a department store. Before long, the project was discovered and the public raved about its potential. But no further tunnels were ever built. What happened to Beach's railway, and where is it now?

When it first opened on October 27, 1904, the New York City subway ran twenty-two miles from City Hall to 145th Street and Lenox Avenue—the longest stretch ever built at one time. From that initial route through the completion of the IND or Independent Subway line in the 1940s, the subway grew to cover 722 miles—long enough to reach from New York to Chicago. In this definitive history, Clifton Hood traces the complex and fascinating story of the New York City subway system, one of the urban engineering marvels of the twentieth century. For the subway's centennial the author supplies a new foreward explaining that now, after a century, "we can see more clearly than ever that this rapid transit system is among the twentieth century's greatest urban achievements."

Offers readers the factual account of how the first section of the New York City's subway system was able to transport its many passengers from areas in lower Manhattan to the Upper West Side in just a matter of minutes--and for only a nickel!

Explores artistic production surrounding the world's most famous public transportation system, from just before its opening in 1904 onwards. Using images, this work offers perspectives on ways in which the subway has been used as a subject about which to make art, as a site within which to make art, and as a canvas upon which to make art.

The first subway line in New York City opened on October 27, 1904. To celebrate the centennial of this event, the Johns Hopkins University Press presents a new edition of Gene Sansone's acclaimed book, Evolution of New York City Subways. Produced under the auspices of New York's Metropolitan Transit Authority, this comprehensive account of the rapid transit system's design and engineering history offers an extensive array of photographs, engineering plans, and technical data for nearly every subway car in the New York City system from the days of steam and cable to the present. The product of years of meticulous research in various city archives, this book is organized by type of car, from the 1903–04 wood and steel Composite cars to the R142 cars put into service in 2000. For each car type, Sansone provides a brief narrative history of its design, construction, and service record, followed by detailed schematic drawings and accompanying tables that provide complete technical data, from the average cost per car and passenger capacity to seat and structure material, axle load, and car weight. Sansone also includes a helpful subway glossary from A Car (the end car in a multiple car coupled unit) to Zone (a section of the train to the conductor's left or right side). Subway and train enthusiasts, students of New York City history, and specialists in the history of technology will appreciate this updated and authoritative reference work about one of the twentieth century's greatest urban achievements.