Civilisation Module Transportation Revolution Innovations in Transportation 1. Turnpike Trusts at the End of the 17Th Century, B

Total Page:16

File Type:pdf, Size:1020Kb

Civilisation Module Transportation Revolution Innovations in Transportation 1. Turnpike Trusts at the End of the 17Th Century, B Civilisation Module Second Year/ LMD [email protected] Transportation Revolution Innovations in Transportation 1. Turnpike Trusts At the end of the 17th century, British roads were in a terrible state. The rapid increase in industrial production between 1700 and 1750 resulted in the need for an improved transport system. Whenever possible, factory owners used Britain's network of rivers to transport their goods. However, their customers did not always live by rivers and they therefore had to make use of Britain's roads. This was a major problem for mine-owners as transport costs were crucial. If they could not get their coal to market at a competitive price, they were out of business. The appalling state of Britain's roads created serious problems for factory owners. Bad weather often made roads impassable. When fresh supplies of raw materials failed to arrive, factory production came to a cut. Flooded roads also meant that factory owners had difficulty transporting the finished goods to their customers. Merchants and factory owners appealed to Parliament for help. After much discussion it was decided that this problem would only be solved if road building could be made profitable. Groups of businessmen were therefore encouraged to form companies called Turnpike Trusts. These companies were granted permission by Parliament to build and maintain roads. So that they could make a profit from this venture, companies were allowed to charge people to use these roads. Between 1700 and 1750 Parliament established over 400 of these Turnpike companies. The quality of the roads built by these companies varied enormously. Some companies tried to increase their profits by spending very little money on repairing their roads. Other companies made every effort to provide a good service. In 1765, Harrogate Turnpike Trust employed John Metcalf to build a three-mile stretch of road in Yorkshire. Although blind since the age of six, Metcalfe was able to make an extremely good road. Metcalfe was aware 1 Civilisation Module Second Year/ LMD [email protected] of the importance of efficient drainage, and his decision to dig ditches along the sides of his convex roads considerably reduced the possibility of flooding. This road was so successful he was commissioned to build a series of roads that were able to carry heavy wagons and withstand wet weather. Another important road builder was Thomas Telford. This talented engineer adapted ideas first used by the Romans. On top of foundations made from large stone blocks, Telford spread layers of large and small stones. Telford's method was based on the idea that vehicles could assist rather than destroy roads. He pointed out that by using small stones on the surface of the road, the more traffic that used the road, the more tightly compacted the stones would become. Telford's roads were very impressive, but they were also expensive and the Turnpike companies found it difficult to make profits from this method of road building. Eventually another Scottish engineer, John Macadam, came up with a cheaper method of making good roads. In 1816, Macadam was employed by the Bristol Turnpike Trust. Macadam developed the view that roads did not need stone foundations. His method was to spread a series of thin layers of small angular stones over a subsoil base. After each layer was laid, it was left for a while so that the weight of vehicles using the road could compact the stones together. These 'macadamized' roads enabled horses to pull three times the load they could on other road surfaces. Wagons and coaches could also travel much faster on this surface. 2. Canals 2.1. Canal Mania The British canal system of water transport played a vital role in the Industrial Revolution, the modern canal network came into being because the Industrial Revolution demanded an economic and reliable way to transport goods and commodities in large quantities. Some 29 river navigation improvements took place in the 16th and 17th centuries, starting with the Thames locks and the River Wey Navigation. The biggest growth was in the so-called narrow canals, which extended water transport to the emerging industrial areas of the Staffordshire 2 Civilisation Module Second Year/ LMD [email protected] potteries and Birmingham as well as a network of canals joining Yorkshire and Lancashire and extending to London. Big canals began to be built in the 18th century to link the major manufacturing centers across the country. Known for its huge commercial success, the Bridgewater Canal in North West England opened in 1761. It connected Worsley with the rapidly growing town of Manchester, but its advantages over land and river transport meant that within a year of its opening, the price of coal in Manchester fell by about half. The Bridgewater Canal was a huge financial success: it repaid the cost of its construction within just a few years. This success helped inspire a period of intense canal building, known as Canal Mania. Within just a few years of the Bridgewater’s opening, an embryonic national canal network came into being, with the construction of canals such as the Oxford Canal and the Trent & Mersey Canal. There was a dramatic rise in the number of schemes promoted. Only one canal was authorized by Act of Parliament in 1790, but by 1793 it was twenty. The capital authorized in 1790 was £90,000 but rose to nearly £3 million by 1793. New canals were hastily built in the aim of replicating the commercial success of the Bridgewater Canal, the most notable being the Leeds and Liverpool Canal and the Thames and Severn Canal which opened in 1774 and 1789 respectively. By the 1820s a national network – first in the world – was in existence. The new canals proved highly successful. The boats on the canals were horse-drawn with a towpath alongside the canal for the horse to walk along. This horse-drawn system was highly economical and became standard across the British canal network. The canal boats could carry thirty tons at a time with only one horse pulling – more than ten times the amount of cargo per horse that was possible with a cart. It was this huge increase in supply that contributed to the reduction of the price of coal. 2.2. Competition This success proved the viability of canal transport and soon industrialists in many other parts of the country wanted canals. After the Bridgewater Canal, the early canals were built by groups of private individuals with an interest in improving communications. In Staffordshire, 3 Civilisation Module Second Year/ LMD [email protected] the famous potter Josiah Wedgwood saw an opportunity to bring bulky cargoes of clay to his factory doors and to transport his fragile finished goods to market in Manchester, Birmingham, or further afield by water, minimizing breakages. The new canal system was both cause and effect of the rapid industrialization of the Midlands and the north. The period between the 1770s and the 1830s is often referred to as the Golden Age of British canals. For each canal, an Act of Parliament was necessary to authorize construction, and as people saw the high incomes achieved from canal tolls, canal proposals came to be put forward by investors interested in profiting from dividends, at least as much as by people whose businesses would profit from cheaper transport of raw materials and finished goods. In a further development, there was often out-and-out speculation, in which people would try to buy shares in a newly floated company simply to sell them on for an immediate profit, regardless of whether the canal was ever profitable or even built. During this period of Canal Mania, huge sums were invested in canal building and although many schemes came to nothing, the canal system rapidly expanded to nearly 4,000 miles (over 6,400 kilometers) in length. Many rival canal companies were formed and competition was out of control. Perhaps the best example was Worcester Bar in Birmingham, a point where the Worcester and Birmingham Canal and the Birmingham Canal Navigations Main Line were only 7 feet (2.1 m) apart. For many years, a dispute about tolls meant that goods travelling through Birmingham had to be portaged from boats in one canal to boats in the other. 2.3. Flyboats On the majority of British canals the canal-owning companies did not own or run a fleet of boats, since this was usually prohibited by the Acts of Parliament setting them up to prevent monopolies. Instead, they charged private operators tolls to use the canal. These tolls were also usually regulated by the Acts. From these tolls they would try, with varying degrees of success, to maintain the canal, pay back initial loans, and pay dividends to their shareholders. 4 Civilisation Module Second Year/ LMD [email protected] In winter special icebreaker boats with reinforced hulls would be used to break the ice. Packet boats carried packages up to 112 pounds (51 kg) in weight as well as passengers at relatively high speed day and night. To compete with railways, the flyboat was introduced, cargo-carrying boats working day and night. The boats were owned and operated by individual carriers, or by carrying companies who would pay the captain a wage depending on the distance traveled and the amount of cargo. The canal system grew rapidly at first, and became an almost completely connected network covering the South, Midlands, and parts of the North of England and Wales. 3. Locomotives 3.1. Introduction of Steam Locomotives The first steam railway locomotive was introduced by Richard Trevithick in 1804.
Recommended publications
  • Birthday Parties
    £95 for 30 people 30 for £95 £65 for 20 people 20 for £65 Prices head. Please ask for further details. further for ask Please head. supplied by Megabites of Rothwell, from £5 per per £5 from Rothwell, of Megabites by supplied If you wish we can provide food for your party, party, your for food provide can we wish you If new castings for old, missing and broken parts. broken and missing old, for castings new See our collection of historic patterns used to make make to used patterns historic of collection our See are available at the Moor Road shop. Road Moor the at available are Hot and cold drinks and confectionery confectionery and drinks cold and Hot and let the children have fun in the play area. play the in fun have children the let and food for consumption on the train or at Park Halt Halt Park at or train the on consumption for food have a go operating the model train model the operating go a have You are welcome to bring your own own your bring to welcome are You Relax in our cafe with a hot drink and a sandwich, a and drink hot a with cafe our in Relax See the inside of a boiler and learn how it works. it how learn and boiler a of inside the See of a steam locomotive steam a of locomotive and preparing it for your journey ahead. journey your for it preparing and locomotive Climb onto the footplate and learn the controls controls the learn and footplate the onto Climb Watch the crew undertake their duties, caring for the the for caring duties, their undertake crew the Watch Halt and Moor Road after each trip.
    [Show full text]
  • Royal Newcastle Infirmary
    Accounting for Healthcare in the Newcastle Infirmary During the 19th Century Andrew John Holden Thesis submitted for the degree of Doctor of Philosophy Newcastle University Business School June 2018 i To Gill, Olly and Emily for all your support, encouragement and love ii Newcastle Infirmary c 1815 Figure 0.1 – The Newcastle Infirmary (Source: Welcome Library Images) To serve the needy, sick and lame, This splendid shilling freely came, From one who knows the want of wealth, And what is more - the want of health. Beneath this roof may thousands find, The greatest blessings of mankind; And hence may millions learn to know, That to do good’s our end below; That Vice and Folly must decay Ere we can reach eternal day! (Anon. Above poem written on a note which enclosed a shilling left in a poor box 1752 – from Hume 1951, p. 5) iii Abstract Accounting played a critical role in the management of the Newcastle Infirmary during the 19th century. In a class-based society, the poor relied upon the generosity of the wealthy for their healthcare at a time when poverty itself was seen as a sin, an act against God. These wealthy donors established and maintained hospitals, such as the Newcastle Infirmary, and were responsible for the governance, management and admission of patients. Their aim was to be seen to use resources efficiently and to treat the “deserving poor” to restore them to productive members of society. Throughout the century new buildings, medical advances and increasingly highly specialised staff had to be financed to cope with increasing demand.
    [Show full text]
  • Hackworth Family Archive
    Hackworth Family Archive A cataloguing project made possible by the National Cataloguing Grants Programme for Archives Science Museum Group 1 Description of Entire Archive: HACK (fonds level description) Title Hackworth Family Archive Fonds reference code GB 0756 HACK Dates 1810’s-1980’s Extent & Medium of the unit of the 1036 letters with accompanying letters and associated documents, 151 pieces of printed material and printed images, unit of description 13 volumes, 6 drawings, 4 large items Name of creator s Hackworth Family Administrative/Biographical Hackworth, Timothy (b 1786 – d 1850), Railway Engineer was an early railway pioneer who worked for the Stockton History and Darlington Railway Company and had his own engineering works Soho Works, in Shildon, County Durham. He married and had eight children and was a converted Wesleyan Methodist. He manufactured and designed locomotives and other engines and worked with other significant railway individuals of the time, for example George and Robert Stephenson. He was responsible for manufacturing the first locomotive for Russia and British North America. It has been debated historically up to the present day whether Hackworth gained enough recognition for his work. Proponents of Hackworth have suggested that he invented of the ‘blast pipe’ which led to the success of locomotives over other forms of rail transport. His sons other relatives went on to be engineers. His eldest son, John Wesley Hackworth did a lot of work to promote his fathers memory after he died. His daughters, friends, grandchildren, great-grandchildren and ancestors to this day have worked to try and gain him a prominent place in railway history.
    [Show full text]
  • Steam-Engine
    CHAPTER IV. .J.1JE MODERN STEAM-ENGINE. "THOSE projects which abridge distance bnve done most for the civiliza­ ..tion and happiness of our species."-MACAULAY. THE SECOND PERIOD OF APPLIC.ATION-18OO-'4O. STE.AM-LOCOMOTION ON RAILROADS. lNTRODUCTORY.-The commencement of the nineteenth century found the modern steam-engine fully developed in .. :.... �::�£:��r:- ::::. Fro. 40.-The First Railroad-Car, 1S25. a.11 its principal features, and fairly at work in many depart­ ments of industry. The genius of Worcester, and Morland, and Savery, and Dcsaguliers, had, in the first period of the · STEA�l-LOCOMOTION ON RAILROADS. 145 application of the po,ver of steam to useful ,vork, effected a beginning ,vhich, looked upon from a point of vie,v vvhich · exhibits its importance as the first step to,vard the wonder­ ful results to-day familiar to every one, appears in its true light, and entitles those great men to even greater honor than has been accorded them. The results actually accom­ plishecl, ho,vever, were absolutely. insignificant in compari­ son with those ,vhich marked the period of development just described. Yet even the work of Watt and of his con­ temporaries ,vas but a 1nere prelude to the marvellous ad­ vances made in the succeeding period, to which ,ve are now come, and, in · extent and importance, was insignificant in co1nparison ,vith that accomplishecl by tl1eir successors in · the development of all mechanical industries by the appli­ cation of the steam-engine to the movement of every kind of machine. 'fhe firstof the two periods of application saw the steam­ engine adapted simply to tl1e elevation of water and t,he drainage of mines ; during the second period it ,vas adapted to every variety of use£ul ,vork, and introduced ,vherever the muscular strength of men and animals, or the power of ,vind and of falling ,vater, ,vl1ich had previously been the only motors, had found application.
    [Show full text]
  • A Review of Rail Wheel Contact Stress Problems Apr 1975.Pdf
    Report No. FRA-OR&D 76-141 A REVIEW OF RAIL-WHEEL CONTACT STRESS PROBLEMS ! I I ~ ' I BURTON PAUL • -~ '.. ~•... ~. APRIL 1975 Document is available to the public through the National Technical Information Service Springfield, Virginia 22151 PREPARED FOR U, S. DEPARTMENT OF TRANSPORTATION PROGRAM OF UNIVERSITY RESEARCH : ~ FEDERAL RAILROAD ADMINISTRATION WASHINGTON) D, C, 20550 .. NOTICE This document is disseminated under the sponsorship of the Department of Transportation in the interest of information exchange. The United States Govern­ ment assumes no liability for its contents or use thereof. .. .· , .T<t>c!:nicc! !~q::>:t C.:>cvmc;:;taticn ?ar:;:l .I~~::;;;:::----·--]-,.-,;~;.:,;;;,;",·~·-;.-;;;" N,. ,.-.;;;;;;;;;;o;·c·.~•• "'~--------·~ -4. To• 1• Subtill" -· .."'-'-. __ __,_..._~·...;...· --"'-·. t~;;~o~t ·~~-~~->--;--· · .-::.. ·· · ·---- --j o"d 1 7 5 A REVIEW. OF RA.JL-WHEE:L CONTAGT STRESS PROBLEMS f 6~-p-.,,1;;;;-;;-o--~cT 1 ~ f> . • ~~rgon ... o1Jon- o " . ~ ---l""· ertorm•OQ 0·t~cnt:t~lion h•t:tJctt No. 1 Al.J'ho:~s.: B. Paul ._,I 9. Porlor.-ounl) OrgoMIOioon Nor.. o 'r.d A~·d,.,u _ _,___..__;.::....__,_~---'-....::::..--t· ~:""R'e~~~~.:.~: 1 -~. I University of Pennsylvania ___.. J I 11 110 01 I Department of Mechani ca 1 Engineering and10 ' c., ~' G•o"' No. • 1 Applied Mechanics · jDOT-OS-40093 1 Philadelphia 2-.£...a..!...._l9174__ ~pe of RGpoll :;nc Pe,od ( 0 .,..,.d j Spcnaorinc Aw•n'y Nome ""d AdJr•ss ) ' I Department of Transportation Program of Univer~ity Research I" 14 i Fed era 1 Ra i 1road Admi ni strati on ·-------L --s;;:;:-~;:; 1·~~rrrc.,d, ____-·-_-_ --1- _______:W_:a_s~i ngton, D.
    [Show full text]
  • How to Find Us Please Note We Are in Hunslet, Not Middleton, Leeds the Railway Is Just Two Miles from the Centre of Leeds
    The Middleton Railway How to find us Please note we are in Hunslet, not Middleton, Leeds The Railway is just two miles from the centre of Leeds. It was built as a colliery railway in 1758 Into Leeds on the M621 (south) from M1 (south) & requiring the first ever Railway Act of Parliament in order to M62 East From M1 follow “City” signs, leave M621 build it. Initially, carrying coals to the staithes near to the at Jct. 5 follow signs to the railway for a few river Aire, the motive power was horses. However, on the hundred yards. South out of Leeds on M621 & from 24th June 1812 Middleton became the first railway in the world to successfully employ steam locomotives M62 West Leave M621 at Jct. 6, at end of slip road commercially. They were designed by the Middleton go left, and next left, second exit at mini roundabout, colliery engineer John Blenkinsop, and built by Matthew we are a few hundred yards on left Murray at his Round Foundry in Holbeck, Leeds. Today the By Bus (Leeds City Centre) Railway runs from Moor Road Station to Park Halt on the From the Corn Exchange, Nos 12, 13 & 13A towards northern edges of Middleton Park, where evidence of the Middleton. Alight at the junction of Belle Isle Rd and early mining can be found in the form of old Bell Pits. Moor Rd, cross to Moor Rd and walk 10 mins almost Our building and trains are fully accessible, to the end, we are on the left with disabled parking spaces adjacent to the Check www.wymetro.com/bustravel/ building entrance.
    [Show full text]
  • The Railway Revolution
    Transactions – October 2019 North of England Institute of Mining and Mechanical Engineers Founded 1852 Royal Charter 1876 The Railway Revolution Les Turnbull BA MEd MNEIMME A joint lecture between NEIMME and the Stephenson Locomotive Society Les Turnbull is a modern historian who has worked as a schoolmaster, university lecturer and senior educational advisor. He has served as a volunteer and trustee at the Institute over the last two decades and is the author of several books on mining history. His latest book ‘The Railway Revolution’[1] has made a study of the transfer from road to rail transport in the seventeenth century which was the first railway revolution. Drawing primarily upon sources from the archives of the Institute and those of the Duke of Northumberland, he argues for a new interpretation of railway history and demonstrates that the first railway revolution occurred many years before the George and Robert Stephenson came on the scene; thereby revaluating what is usually regarded as the railway revolution of early Victorian times as in fact the second revolution. Copies of the book can be obtained from the Institute bookshop at: mininginstitute.org.uk The opening of the Stockton and Darlington Railway in 1825, followed by the building of the first inter-city railways between Liverpool and Manchester and London and Birmingham, earned George Stephenson the title of ‘father of the railways’. These events formed the basis of the traditional view that the railway revolution occurred in the mid nineteenth century which is embodied in the national curriculum of our schools and the national psyche of the country at large.
    [Show full text]
  • The Newcomen Society
    The Newcomen Society for the history of engineering and technology Welcome! This Index to volumes 1 to 32 of Transactions of the Newcomen Society is freely available as a PDF file for you to print out, if you wish. If you have found this page through the search engines, and are looking for more information on a topic, please visit our online archive (http://www.newcomen.com/archive.htm). You can perform the same search there, browse through our research papers, and then download full copies if you wish. By scrolling down this document, you will get an idea of the subjects covered in Transactions (volumes dating from 1920 to 1960 only), and on which pages specific information is to be found. The most recent volumes can be ordered (in paperback form) from the Newcomen Society Office. If you would like to find out more about the Newcomen Society, please visit our main website: http://www.newcomen.com. The Index to Transactions (Please scroll down) GENERAL INDEX Advertising puffs of early patentees, VI, 78 TRANSACTIONS, VOLS. I-XXXII Aeolipyle. Notes on the aeolipyle and the Marquis of Worcester's engine, by C.F.D. Marshall, XXIII, 133-4; of Philo of 1920-1960 Byzantium, 2*; of Hero of Alexandria, 11; 45-58* XVI, 4-5*; XXX, 15, 20 An asterisk denotes an illustrated article Aerodynamical laboratory, founding of, XXVII, 3 Aborn and Jackson, wood screw factory of, XXII, 84 Aeronautics. Notes on Sir George Cayley as a pioneer of aeronautics, paper J.E. Acceleration, Leonardo's experiments with Hodgson, 111, 69-89*; early navigable falling bodies, XXVIII, 117; trials of the balloons, 73: Cayley's work on airships, 75- G.E.R.
    [Show full text]
  • Names in Multi-Lingual
    Richard Coates, England 209 A Natural History of Proper Naming in the Context of Emerging Mass Production: The Case of British Railway Locomotives before 1846 Richard Coates England Abstract The early history of railway locomotives in Britain is marked by two striking facts. The first is that many were given proper names, even where there was no objective need to distinguish them in such a way. The second is that those names tended strongly to suggest essential attributes of the machines themselves, sometimes real as in the case of Puffing Billy, or metaphorical or mythologized as in the cases of Rocket and Vulcan. However when, before long, locomotives came to be produced to standard types, namegiving remained the norm for at least some types but the names themselves tended to be typed, and naturally in a less constrained way than earlier ones. The later onymic types veered sharply away from being literally or metaphorically descriptive. The sources of these second-order onymic types are of some interest, both culturally and anthropologically, and some types tended to be of very long currency in Britain. This paper explores the early history of namegiving in an underexplored area, and proposes a general model for the evolution of name-bestowal practices. *** In this paper, I offer an analysis of the names given to steam railway locomotives in Britain between the creation of the first such machine in 1803–4 and the year 1846, chosen semi- arbitrarily as the cut-off date because of the introduction in 1845–6 of the innovative engines designed by Thomas Crampton.
    [Show full text]
  • Australian Numismatist 2010
    AUSTRALIAN NUMISMATIST 2010 Publication of the NUMISMATIC ASSOCIATION OF VICTORIA (Incorporating the Numismatic Society of Victoria, founded 1914, and the Association of Australian Numismatists (Melb.), 1939) NUMISMATIC ASSOCIATION OF VICTORIA Founded 1946 ***** Office Bearers for 2010 President: Frank ROBINSON Vice Presidents: Secretary: Treasurer: David LIKAR Councillors Pat SHIELDS Ross WILKINSON Editor "Australian Numismatist": Frank ROBINSON Editor Newsletter: Peter HAMILTON Librarian: Pat SHIELDS Website: www.navic.org.au Recipients of the NAV ‘Award of Merit’ 1969 H J JENKIN 1971 E PHILPOTTS 1974 R T N JEWELL FRNS 1979 J SIMON BEM 1986 B TURVEY 1990 L T PEPPERELL 1992 H J PRANGE 1994 D WICKS 1996 Dr J CHAPMAN 1996 L HENDERSON 1998 P SHIELDS 2000 T MAY 2001 J HARWOOD 2001 J O’RILEY 2003 P HAMILTON 2005 F ROBINSON 2006 J HOPE AUSTRALIAN NUMISMATIST 2 0 1 0 Publication of the NUMISMATIC ASSOCIATION OF VICTORIA (Incorporating the Numismatic Society of Victoria, founded 1914, and the Association of Australian Numismatists (Melb.), 1939) - 3 - AUSTRALIAN NUMISMATIST 2010 NUMISMATIC ASSOCIATION OF VICTORIA P.O. Box 615D, G.P.O. Melbourne [email protected] AUSTRALIAN NUMISMATIST 2010 Contents Turnbull, Jeff Southwark – That Other London Mint 5 Darren Burgess Bridgnorth: A Numismatic Introduction 13 Xynos, Bill Conquer the Continent 39 Robinson, Frank Numismatic Travels in New South Wales 73 Cover: Mid 19th century English token issued by Callant's Grocery & Provision Warehouse in Bridgnorth, Celebrating the Great Exhibition in London of 1851 All articles printed herein remain the property of the authors. Copyrights reserved. Permission to reprint through the NAV. - 4 - SOUTHWARK – THAT OTHER LONDON MINT By Jeffrey Turnbull, NAV 1144 Most keen numismatists and English hammered collectors would be reasonably familiar with the famous Tower Mint in London and its products.
    [Show full text]
  • Newsletter 106
    YAHS IHS Newsletter 106 YORKSHIRE ARCHAEOLOGICAL & HISTORICAL SOCIETY INDUSTRIAL HISTORY SECTION NEWSLETTER 106 SUMMER 2019 EDITORIAL Welcome to the latest Newsletter and it’s the end of another lecture season. It has been a difficult season for me due to my ill health lasting between mid-September and late January and being affected by the death of my close friend and fellow Section Officer Robert Vickers. I am hoping that the forthcoming season will be an improvement for me over the last. The Section AGM was held on 13 April with 18 members present, I chaired the meeting as the then Vice Chair and thanked those who had kept the Section going. I produced my last Annual Report for the Section and a copy is enclosed with this Newsletter. The meeting made the decision to move to a position of sending the Newsletter in future electronically to members where they have given their email addresses but to allow hard copies to be sent to the rest and on request. This is an attempt to cut down on the expense of producing the Newsletter which is an important benefit by keeping in touch with members but is our biggest item of expenditure. A suggestion was made that members receiving a hard copy should be asked to contribute towards the cost of production and postage but no decision was made on that aspect, we will wait to see how the initial change works out. This change will follow the approach taken by the main Society with its new members’ newsletter called Briefing which is primarily distributed electronically.
    [Show full text]
  • Early Railway Locomotives
    06 ililIililtililillllllllllll tt771 466tt3:s6062 ilil[ -., *- i@ : jl:-q ' e! 1. ' , ',i 58ii*s.i*::..r 1 'qffi Beamish }luseum'sPuffing Billy replica is the latest development in the expanding interest in early railways. The museum ts curator of transport PaulJarman discusses the earlvlocomotive lineage and suggests some further subjects for the replica treatment. ffing Billyis the mosr recent reconstruction in a growing lineage of locomotives dating back to Richard Tievithickt Coalbrookdale locomotive of 1 803. It wili almost certainly not be the last either, and it is the place ofrhis article to explore other worthy candidates from the annals ofwhat we might term 'early railway history', to about .:: 1j.ir .* 1850 when railway development and . ii-_t:. ,&!:: . :r4.''. locomotive science was both well established and increasingly sophisticated. \X/hile much interesr is currently being shown ':. :.. r' ,t,4ri:]lr,- in the 'nostalgic' replicas and reconsrrucrions, such as the ,A.1 Tornado, the Clan Hengist, F J, Counry Standard 3MT and Grange projects - which have primarily been conceived to resurrect Iost prototypes much loved and admired by enthusiasts in the inrer-war and post-\7orld\TarTwo periods (and there is absolutely nothing wrong with this) - there is a developing movement towards'reconstructive' replicas where the objective is to understand, ( learn from and interpret to the public the genesis, evolution and occasional demise of This colour engraving, from the bookCostume ofYorlishirepublished in 1813, and entitl ed. Tbe Collier steam locomotives that reach far back beyond depicts a miner in front ofa colliery scene that features one ofBlenkinsop's locomotives. Though the cog anyhuman memory.
    [Show full text]