Once the second-largest steam locomotive builder in the U.S., American Locomotive Company (Alco) produced 75,000 locomotives, among them such famous examples as the 4-6-4 Hudsons and 4-8-4 Niagaras built for the New York Central, and the 4-6-6-4 Challengers and 4-8-8-4 Big Boys built for the Union Pacific. Alco Locomotives is the first book to tell the full story of this company central to American railroad history—and beloved by railfans for its rich heritage and its underdog appeal. Noted rail historian Brian Solomon looks back at the founding of Schenectady Locomotive Works in 1848 and proceeds to cover that company’s merger with several smaller locomotive builders in 1901 to form Alco. Solomon describes the locomotives that made Alco’s name around the world, from the standard designs like Mikados, Atlantics, and Mallets to the more powerful and flashy post–World War I models. His detailed, richly illustrated narrative re-creates the drama of a tough, ambitious company in the American tradition—rising again and again to the demands of an ever-changing industry and economy. Solomon also covers Alco electrics (built in partnership with GE), as well as the company’s successful and quirky diesel offerings, including the RS-2 and RS-3 road switchers, FA/FB road freight units, PA road passenger diesel, and the wares of Canadian affiliate Montreal Locomotive Works. Enlivened by numerous historical photographs, modern images, curious details, and firsthand accounts, this history is a complete, fascinating, and fitting tribute to a true icon of American railroading.
This book captures the painstaking, step-by-step process of excavation, and the wonders of the treasure-filled inner chamber. 106 on-the-spot photographs depict the phases of the discovery and the scrupulous cataloging of the treasures.
With this book by Leslie Hunt, kite-maker for the United States Weather Bureau, you can make your own, personalized kites that will fly in all degrees of wind, from the most imperceptible breeze to a gale. All that you need are some light wood (or substitute), glue, wire, hammer, and nails — plus the clear, concise explanations offered in this book. Twenty-five basic kites are covered in constructional details: standard two-stick kites; six-point stars; figural kites such as imps, fishermen, elephants, owls, shields; balloon kites; tetrahedral kites; various kinds of box kites with and without wings; really strong military kites; and many other varieties. Nor are you limited to the kites that are presented in detail: the carefully thought-out, complete instructions are meant to encourage you to experiment with more unusual effects, since they explain important points of design and operation that make all kites fly well. The author explains materials and methods quite thoroughly, with consideration of sticks and surface, types of glue, stringing, making composite sticks, tails, bridles, and many other elements, He also gives information on many of the fascinating accessories and concomitants to kites; messengers (or elements that move between ground and kite), parachutes, time releases, special effect releases, tandem kites, and kite photography. He also explains very clearly the method of getting a kite to fly, reeling and stringing, and determining altitude.
Falsely accused of treason, Edmond Dantès is imprisoned in the bleak Chateau d'If. After a hair-raising escape, he launches an elaborate plot to extract a bitter revenge against those who betrayed him.
Intriguing collection of 40 illustrated experiments to attract and stimulate young minds. Flight-test homemade rocket balloons, track electricity around the house, and more.
Over 300 challenging problems in algebra, arithmetic, elementary number theory and trigonometry, selected from Mathematical Olympiads held at Moscow University. Only high school math needed. Includes complete solutions. Features 27 black-and-white illustrations. 1962 edition.
This comprehensive study of probability considers the approaches of Pascal, Laplace, Poisson, and others. It also discusses Laws of Large Numbers, the theory of errors, and other relevant topics.