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1997, HISTORICAL STUDIES IN CIVIL ENGINEERING
During 1820s, Seguin brothers was a French firm well known for suspension bridges and steamboat navigation. In 1825, they started negotiations with French government for the construction of a railway line from the Saint-Etienne coal field to the Rhone Valley and The city of Lyon. During a long trip of 1825-26 in England and Scotland , they visited the famous first public railway of Stockton & Darlington and gathered much information about steam railway traction and locomotives as linked with railway line design. Their personal engineering and managerial background gave us a very good understanding of the British technological system for railways, and its tremendous potential for heavy transportation. Such understanding was not only a 'copy' by the way of buying materials , wagons, and locomotives, but also a critical reflection on the technical choices made by the British engineers. For example, they refused the common point of view of that time for the general design of a line, i.e., the primacy of fixed engines for inclined planes. This paper presents the development of locomotives of the Saint-Etinenne & Lyon railway (Le Chemin de fer entre Saint-Etienne et Lyon) form the viewpoint of its design, construction and first uses. Major points discussed include: 1) the two Stephenson's locomotives bought for this railway, 2) the first Seguin's French patent for the famous tubular boiler , 3) locomotive construction in Perrache, Lyon. This study highlights the originality of Marc Seguin's locomotives.
HISTORICAL STUDIES IN CIVIL ENGINEERING, 1996
At the beginning of 1820s, Saint-Etienne collieries were very promising, but enclosed by transportation difficulties. After the Napoleonic Wars, the new situation the first French Industrial Revolution) led to a reorganization of collieries concessions, more favorable to an industrial exploitation. Several possibilities of new transportation system were tried, such as canals, roads and railways, to the cities along the river Rhône, where there were many industrial consumers and important ports. There are few papers and publications on the history of the first French railways, especially Saint-Etienne railways. The aim of this paper is to overview the design and construction of the first French railways by Marc Seguin. His tubular boiler of 1827 and locomotive for the heavy and hilly transportation are also discussed.
2017
The use of general descriptive names, registered names, trademarks, service marks, etc. in this publication does not imply, even in the absence of a specific statement, that such names are exempt from the relevant protective laws and regulations and therefore free for general use. The publisher, the authors and the editors are safe to assume that the advice and information in this book are believed to be true and accurate at the date of publication. Neither the publisher nor the authors or the editors give a warranty, express or implied, with respect to the material contained herein or for any errors or omissions that may have been made. The publisher remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.
Journal of History of Science and Technology, 2018
special issue: new insights and perceptions on railway history Throughout the nineteenth century and early decades of the twentieth century, railways played a vital role in the construction of nations, economic growth, technological development and the dominance of Western nations over sundry African, Asian, and Latin American territories. In more or less recent years, different authors have emphasised this agency in several of their classical works, reflecting in some way the representations and the feeling of technological sublime 1 that contemporaries of the first decades of the locomotive had. Hobsbawm called them the most spectacular symbol of the nineteenth century, 2 while Adas deemed them pioneers of civilisation, conquerors of time and space, unrivalled promoters of migrations, settlement and 1 That is, the pleasure of observing a moving machine, as a symbol of the triumph of technology and Man's ingenuity. Kasson considered the railway "the most common vehicle of the technological sublime."
2013
BRITISH STEAM is a copiously illustrated guide, which explores the rise of the steam locomotive, the engine which dominated British railways, and changed the way that people travelled during the nineteenth century. Steam railways were once the most efficient way to travel, before the invention of electric and diesel locomotives, which heralded the demise of the steam engine. This book documents the development of steam, the pioneers in engineering who made it all possible, and the memorable age when steam dominated our railways and transport systems. The book features scores of historical images plus eleven historical videos - accessible via its easy-to-use "interactive app" feature. ISBN-10: 1-7819-7284-9; ISBN-13: 978-1-78197-384-4. 304pp. with 250 illustrations (78 in full colour) and 11 interactive videos. Hardback.
IJRASET, 2021
This document gives information about the locomotives used in the train on how to working itself by motion transfer from one to another. In this, era the steam locomotive has been transformed in appearance and characteristics. The diesel engine has been applied to passengers and freight trains. Many of the ideas concerning the application of electric locomotive are still valid today, but progress in transportation engineering has become so accelerated. I.
As Time Goes By, 2002
Major inventions and improvements in the design of highpressure steam engines made it possible to use them for steam-powered locomotives as well as for steamships and a widening range of industrial machines, based on cheap coal and iron. The highly successful demonstration trials of locomotives on the Liverpool to Manchester railway in 1831 triggered waves of railway investment in Britain in the 1830s and 1840s, amounting to 'mania' but leading ultimately to the creation of an efficient new transport infrastructure, first in Britain but later in many other countries. Contrary to the views of some cliometric historians, we argue that the railroads and the telegraph were immensely important in bringing huge competitive advantages in speed
2018
This chapter describes the development of the British railway network during the nineteenth century and indicates some of its effects. It is intended to be a general introduction to the subject and takes advantage of new GIS (Geographical Information System) maps to chart the development of the railway network over time much more accurately and completely than has hitherto been possible. The GIS dataset stems from collaboration by researchers at the University of Cambridge and a Spanish team, led by Professor Jordi Marti-Henneberg, at the University of Lleida. Our GIS dataset derives ultimately from the late Michael Cobb’s definitive work ‘The Railways of Great Britain. A Historical Atlas’. Our account of the development of the British railway system makes no pretence at originality, but the chapter does present some new findings on the economic impact of the railways that results from a project at the University of Cambridge in collaboration with Professor Dan Bogart at the Univers...
HAL (Le Centre pour la Communication Scientifique Directe), 2014
Especialista em história ambiental da Europa, desde o século XVII até agora.
Jagiellonian University Press eBooks, 2023
From the birth of railways in Britain in the early nineteenth century, it rapidly became usual (but not obligatory) for the classes of locomotive used on passenger trains to bear names. Before 1846 diverse practices were in play; after that the majority of the names bestowed were reapplications of pre-existing proper names, for example those of persons, celestial bodies, racehorses, geographical features or buildings. This paper contends that such practices were not random, but closely aligned to sociocultural preoccupations of the period covered, 1846 to 1954, which coincides with Britain's peak as a world power. Evidence is presented that the major railway companies differed in detail in their practices, but that there was a common overarching unscripted policy regarding eponyms which responded to contemporary high culture, moral and political values and the underpinnings of Britain's imperial project.
2019
This paper was written in order to examine the conditions needed, and the order of the discoveries made, for the invention of the steam engine. There were a number of conditions necessary for the invention of the steam engine. A vital one was the presence of a need, initially that of how to get water out of mines and later how to drive the new machinery that was being produced as part of the industrial revolution. But needs are common and they are not always met. The reasons why those needs were met was due to the scientific progress that was going on in 16th and 17th century Europe concerning the knowledge of atmospheric pressure, how to create vacuums and of the properties of gases. Allied to this scientific progress was a belief in Europe at the time that progress could be made and problems could be solved. The inventors at the time applied scientific knowledge to solving the problems that existed and after long periods of trial and error, including the development of new and bet...
Explorations in Economic History, 1982
Masters essay on the public representations of the steam railway in Uk. Gained a distinction. Pretty rough round the edges
Citation: Janet Whitmore, exhibition review of “Art in the Age of Steam: Europe, America and the Railway, 1830-1960,” Nineteenth-Century Art Worldwide 8, no. 1 (Spring 2009), http:// www.19thc-artworldwide.org/spring09/75-art-in-the-age-of-steam-europe-america-and-therailway-1830-1960. Published by: Association of Historians of Nineteenth-Century Art Notes: This PDF is provided for reference purposes only and may not contain all the functionality or features of the original, online publication.
Journal of Historical Geography, 2001
Doslìdžennâ z ìstorìï ì fìlosofìï nauki ì tehnìki, 2021
The article attempts to investigate the historical circumstances of the development and serial construction of narrow-gauge electric locomotives at the Dnepropetrovsk Electric Locomotive Plant based on a comprehensive analysis of sources and scientific literature. It is determined that during the 1960s and 1990s the staff of the Special Design and Technology Bureau of the Dnipropetrovsk Plant, having a strong research and production potential, developed and created projects of unique narrow-gauge electric locomotives of PEU 1 series (IELNG1-industrial narrow-gauge electric locomotive type 1) and PEU 2 (IELNG2-industrial narrow-gauge electric locomotive type 2) to meet the needs of the Soviet mining industry in the complex mining and geological conditions of Central Asia with modern high-tech electric vehicles. The development of the research and production base of the machine-building enterprise is traced, the production nomenclature of which, originally represented exclusively by electric locomotives and traction units for industrial purposes, was expanded to the production of main traction rolling stock and special repair equipment. It was found that due to the economic crisis of the CIS countries in the first half of the 1990s, the rupture of economic ties of the former Soviet republics and the lack of need for such equipment on electrified access roads of narrow-gauge Ukrainian mining enterprises all work on designing promising projects and serial production of narrow-gauge electric locomotives at the Dnipropetrovsk Electric Locomotive Plant were stopped, and the Special Design and Technology Bureau of the enterprise, having received a state order, was reorganized into the Ukrainian Research Design Institute of Electric Locomotive Construction and focused on the development of main wide-gauge locomotive fleet of the railway network of Ukraine. Despite the fact that the Ukrainian Research Design Institute of Electric Locomotive has been liquidated and the Dnipropetrovsk plant is in decline, taking into account the historical experience of electric locomotive building in Ukraine is of fundamental importance in the general perspective of Ukrainian transport engineering and the domestic railway industry in particular. Further study of the history of Dnipropetrovsk Electric Locomotive Plant requires analysis of the historical circumstances of the institutionalization of the Special Design and Technology Bureau of the enterprise from the creation of shunting electric locomotives and traction units for industrial purposes to the development and re-equipment of main traction rolling stock and specialized repair equipment within the state enterprise «Ukrainian Research Design Institute of Electric Locomotive Engineering» under the leadership of Academician Victor Bratash.
The journal of transport history, 1989
2019
A full account of Aristotle's De incessu animalium 5 & 6, where Aristotle offers a common account of animal locomotive bodies. The paper argues that Aristotle wrote the chapter with probative ambition. The chapter offers an account of locomotive bodies across animal species and genera.
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