Chapman Frederick Marshall gibt in seinem Buch einen umfassenden Einblick über die Geschichte der Lokomotive bis in das frühe 19. Jahrhundert hinein. Sein Ziel war es, Lücken, die in der Darstellung dieses Gegenstandes bis dahin noch in der Literatur bestanden, zu schließen. Dabei geht er nicht nur auf die Idee des Dampfbetriebes ein, sondern nennt wichtige Persönlichkeiten, die die Entwicklung der Lokomotive beeinflusst und vorangetrieben haben. Es handelt sich hierbei um eine englischsprachige Ausgabe.

Reprint of the famous original book (1928).

Important and beautifully illustrated volume chronicles the explosive growth of the American locomotive from British imports to grand ten-wheelers of the 1870s. Over 240 vintage photographs, drawings, and diagrams tell the exciting tale. Introduction. Appendices. Index.

“A comprehensive and detailed history the railway and development from tram road to the modern era. . . . A must read” (The Newcomen Society Western Courier). Never before has a comprehensive history been written of the track used by railways of all gauges, tramways, and cliff railways, in Great Britain. And yet it was the development of track, every bit as much as the development of the locomotive, that has allowed our railways to provide an extraordinarily wide range of services. Without the track of today, with its laser-guided maintenance machines, the TGV and the Eurostar could not cruise smoothly at 272 feet per second, nor could 2,000-ton freight trains carry a wide range of materials, or suburban railways, over and under the ground, serve our great cities in a way that roads never could. Andrew Dows account of the development of track, involving deep research in the papers of professional institutions as well as rare books, company records and personal accounts, paints a vivid picture of development from primitive beginnings to modernity. The book contains nearly 200 specially-commissioned drawings as well as many photographs of track in its very many forms since the appearance of the steam locomotive in 1804. Included are chapters on electrified railways, and on the development of mechanised maintenance, which revolutionised the world of the platelayer.

This book traces the diffusion trajectory of the second and third generation of British steam engines, the Watt and high-pressure models, covering the period 1774 to 1870. It begins by subjecting to econometric analysis the latest version of Dr. Kanefsky's database on 18th century steam engines coming up with an upward revision of the total amount of horsepower installed by 1800. Subsequent chapters delve into the determinants of the diffusion process through the third quarter of the 19th century relating to engines used both in mining and industry as well as transportation (railways, steam cars). The book's main contribution to the literature lies in drawing material from a very large volume of 18th- and 19th-century sources found in the Dibner Library of Rare Books, Smithsonian, and by utilizing a fair amount of technical literature pertaining to the economic factors driving the diffusion process. This great expansion of the empirical material has led to bringing multiple revisions to the work of other authors on the key aspects and determinants of the diffusion process. In conjunction with the publication by the author of an earlier monograph on the first generation of steam engines, the Newcomen model, the present study completes the task of offering the most comprehensive account of the preeminent and most strategic technology of the British Industrial Revolution. This book will appeal to students, scholars, and researchers of economic history and history of technology, interested in a better understanding of the industrial revolution in general and the role of British steam engines in particular.

The Liverpool & Manchester Railway was Britain’s first mainline, intercity railway; opened in 1830 it was at the cutting edge of railway technology. Engineered by George Stephenson and his team – John Dixon, William Allcard, Joseph Locke – the project faced many obstacles both before and after opening, including local opposition and the choice of motive power, resulting in the Rainhill Trials of 1829. Much of the success of the line can be attributed to the excellence of its engineering but also its fleet of pioneering locomotives built by Robert Stephenson & Co. of Newcastle. This is the story of those locomotives, and the men who worked on them, at a time when the locomotive was still in its infancy. Using extensive archival research, coupled with lessons learned from operating early replica locomotives such as Rocket and Planet, Anthony Dawson explores how the locomotive rapidly developed in response to the demands of the first intercity railway, and some of the technological dead ends along the way.

This Biographical Dictionary seeks to put the world of technology in the context of those who have made the most important contribution to it. For the first time information has been gathered on the people who have made the most significant advances in technology. From ancient times to the present day, the major inventors, discoverers and entrepreneurs from around the world are profiled, and their contribution to society explained and assessed. Structure The Dictionary presents descriptive and analytical biographies of its subjects in alphabetical order for ease of reference. Each entry provides detailed information on the individual's life, work and relevance to their particular field. * in the first part of the entry, the information will include the dates and places of the subject's birth and death, together with their nationality and their field of activity * in the main body of the entry there follows an account of their principal achievements and their significance in the history of technology, along with full details of appointments and honours * finally an annotated bibliography will direct the reader to the subject's principal writings and publications and to the most important secondary works which the reader can consult for further information. Special Features: * The first work in existence to examine technologists in detail * Contains over 1,500 entries giving detailed information * Extensive cross-references enable the reader to compare subjects and build up a picture of technological advance^ * Figures drawn from fields such as Aeronautics, Telecommunications, Architecture, Photography and Textiles

Robert Stephenson’s Planet class locomotive was the first true design of mainline express passenger locomotive. Delivered less than a year after Rocket it was one of the most successful early locomotive designs. Planet set the mold for British locomotive design for more than the next century featuring a multi tubular boiler; inside cylinders; crank axle; and the first use of proper frames. The Planet class, and its 0-4-0 Samson derivative, found use across Britain with examples being supplied to railways in London and Glasgow. The Planet class proved popular in Europe too with examples being first exported and then built in France. Two were exported to Austria, and the first locomotive to steam in Russia was based on the design. Planet and Samson also crossed the Atlantic with more examples being built in the United States than in Europe. A working replica of the revolutionary design was built in Manchester in 1992: the first mainline express passenger steam locomotive to be built in Britain since the 1960s. This book outlines the technical design of the Planet and Samson locomotive, and charts the careers of the class members at home and abroad.

The annual collections in the History of Technology series look at the history of technological discovery and change, exploring the relationship of technology to other aspects of life and showing how technological development is affected by the society in which it occurred.