The first steam locomotives used on any British railway, worked in industry. The use of new and second hand former main line locomotives, was once a widespread aspect of the railways of Britain. This volume covers many of the once numerous manufacturers who constructed steam locomotives for industry and contractors from the 19th to the mid 20th centuries. David Mather has spent many years researching and collecting photographs across Britain, of most of the different locomotive types that once worked in industry. This book is designed to be both a record of these various manufacturers and a useful guide to those researching and modelling industrial steam.

A pictorial history of the many producers of industrial steam locomotives in Great Britain, from the early nineteenth century to the mid-twentieth century. The first steam locomotives used on any British railway worked in industry. The use of new and second hand former main line locomotives was once a widespread aspect of the railways of Britain. This volume covers many of the once numerous manufacturers who constructed steam locomotives for industry and contractors from the nineteenth to the mid-twentieth centuries. David Mather has spent many years researching and collecting photographs across Britain, of most of the different locomotive types that once worked in industry. This book is designed to be both a record of these various manufacturers and a useful guide to those researching and modelling industrial steam. Praise for British Industrial Steam Locomotives “A good introduction, hopefully it will encourage some of those who have only been involved during the preservation period to take a wider interest in the historical aspects of the subject.” —Industrial Locomotive Society

China was the last country in the world to build steam locomotives. The final main line engines emerged from Datong workshops in December 1988 and production of steam locomotives for industrial use continued until 1999. The final few steam locomotives were withdrawn from service in 2003, making China the last country to use steam on its main lines. Total eradication of China's steam programme is set to coincide with the Olympic games in 2008. When this happens, it will be the end of the last mecca for fans of real steam. This is a photo essay detailing the end of this era.

Ken Gibbs tells the history of the engineering triumph that is a steam locomotive from the 1800s to the 1960s showing how each development changed the course of history.

This fascinating book explores the development of locomotives over the course of fifty years. From Richard Trevithick's first experimental road engine of 1801 up to the Great Exhibition some fifty years later, locomotives have come far in reimagining and reinventing themselves to serve the people and British industry.The early years showed slow development amongst locomotives: Trevithick's first railway locomotives failed significantly as the engine broke the brittle cast-iron rails. The story is continued through the years when locomotives were developed to serve collieries, a period that lasted for a quarter of a century, and saw many different engineers trying out their ideas; from the rack and pinion railway developed by Blenkinsop and Murray, to George Stephensons engines for the Stockton & Darlington Railway. The most significant change came with Robert Stephensons innovative Rocket, the locomotive that set the formula for future developments.British engineers dominated the early years, although in France Marc Seguin developed a multi-tubular boiler at the same time as Stephenson. The next period was marked by the steady spread of railways in Europe and across the Atlantic. Timothy Hackworth of the Stockton & Darlington railway supplied locomotives to Russia, and his men had an exciting ride to deliver parts by sleigh across the snowy steppes, pursued by wolves. In America, the first locomotives were delivered from England, but the Americans soon developed their own methods and styles, culminating in the Baldwin engines, a type that has become familiar to us from hundreds of Western films.This is more than just a book about the development of a vital technology, it is also the story of the men who made it possible, from the steadily reliable team of William Buddicom and Alexander Allan, who developed their locomotives at Crewe, to the flamboyant Isambard Kingdom Brunel, whose broad gauge was served by the magnificent engines of Daniel Gooch.

After WWII the existing railway companies were all put into the control of the newly formed British Transport Commission and that government organization spawned British Railways, which came into being on 1st January 1948. The railway infrastructure had suffered badly during the war years and most of the steam locomotives were 'tired' and badly maintained and or life expired. Although the management of British Railways was already planning to replace steam power with diesel and electric engines/units they still took a decision to build more steam locomotives (as a stop gap). Some 999 (yes just 1 short) Standard locomotives were built in 12 classes ranging from super powerful express and freight engine to suburban tank locomotives. The locomotives were mainly in good order when the order came in 1968 to end steam, some only 8 years old.There still exists a fleet of 46 preserved Standards of which 75% are in working order in and around the UKs preserved railways, furthermore 3 new build standard locomotives are proposed. Steam fans who were around in the 1960s all remember the 'Standards'.

Over the last 2,000 years, critical innovations have transformed small regions into global powers. But these powers have faded when they did not embrace the next big innovation. Gerard J. Tellis and Stav Rosenzweig argue that openness to new ideas and people, empowerment of individuals and competition are key drivers in the development and adoption of transformative innovations. These innovations, in turn, fuel economic growth, national dominance and global leadership. In How Transformative Innovations Shaped the Rise of Nations, Tellis and Rosenzweig examine the transformative qualities of concrete in Rome; swift equine warfare in Mongolia; critical navigational innovations in the golden ages of Chinese, Venetian, Portuguese and Dutch empires; the patent system and steam engine in Britain; and mass production in the United States of America.