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How Did George Stephenson Change Lives?
How did George Stephenson change lives? Timeline 1812 1825 1829 1850 1863 1863 1879 1912 1938 1964 Invention of The first George Luxury steam ‘The flying The The first First diesel Mallard The first high trains with soft the steam railroad opens Stephenson Scotsman’ Metropolitan electric locomotive train speed trains train in Britain seats, sleeping had its first is opened as train runs in invented run in Japan. invents ‘The and dining journey. the first presented Switzerland ‘The bullet Rocket’ underground in Berlin train railway (Germany) invented’ Key Vocabulary Famous figures The Flying diesel These locomotives burn diesel as fuel and Scotsman is a were far more powerful than previous George Stephenson (1781-1848) steam train that steam locomotives. He worked on the development of ran from Edinburgh electric Powered from electricity which they collect to London. railway tracks and bridge building from overhead cables. and also designed the ‘Rocket’ high-speed Initially produced in Japan but now which won the Rainhill Trials in international, these trains are really fast. The Mallard holds 1829. It was the fastest steam locomotive Engines which provide the power to pull a the record for the locomotive of its time, reaching 30 whole train made up of carriages or fastest steam train miles an hour. Some people were wagons. Rainhill The Liverpool and Manchester railway at 126 mph. scared of the train as they felt it Trials competition to find the best locomotive, could be dangerous to go so fast! won by Stephenson’s Rocket. steam Powered by burning coal. Steam was fed The Bullet is a into cylinders to move long rods (pistons) Japanese high The Rocket and make the wheels turn. -
BACKTRACK 22-1 2008:Layout 1 21/11/07 14:14 Page 1
BACKTRACK 22-1 2008:Layout 1 21/11/07 14:14 Page 1 BRITAIN‘S LEADING HISTORICAL RAILWAY JOURNAL VOLUME 22 • NUMBER 1 • JANUARY 2008 • £3.60 IN THIS ISSUE 150 YEARS OF THE SOMERSET & DORSET RAILWAY GWR RAILCARS IN COLOUR THE NORTH CORNWALL LINE THE FURNESS LINE IN COLOUR PENDRAGON BRITISH ENGLISH-ELECTRIC MANUFACTURERS PUBLISHING THE GWR EXPRESS 4-4-0 CLASSES THE COMPREHENSIVE VOICE OF RAILWAY HISTORY BACKTRACK 22-1 2008:Layout 1 21/11/07 15:59 Page 64 THE COMPREHENSIVE VOICE OF RAILWAY HISTORY END OF THE YEAR AT ASHBY JUNCTION A light snowfall lends a crisp feel to this view at Ashby Junction, just north of Nuneaton, on 29th December 1962. Two LMS 4-6-0s, Class 5 No.45058 piloting ‘Jubilee’ No.45592 Indore, whisk the late-running Heysham–London Euston ‘Ulster Express’ past the signal box in a flurry of steam, while 8F 2-8-0 No.48349 waits to bring a freight off the Ashby & Nuneaton line. As the year draws to a close, steam can ponder upon the inexorable march south of the West Coast Main Line electrification. (Tommy Tomalin) PENDRAGON PUBLISHING www.pendragonpublishing.co.uk BACKTRACK 22-1 2008:Layout 1 21/11/07 14:17 Page 4 SOUTHERN GONE WEST A busy scene at Halwill Junction on 31st August 1964. BR Class 4 4-6-0 No.75022 is approaching with the 8.48am from Padstow, THE NORTH CORNWALL while Class 4 2-6-4T No.80037 waits to shape of the ancient Bodmin & Wadebridge proceed with the 10.00 Okehampton–Padstow. -
The Rainhill Trials Worksheet (Version 2)
The Rainhill Trials Worksheet (Version 2) In 1829 the building of the Liverpool to Manchester railway was nearly complete. The owners of the new railway were unsure which type of train should run on the new train line. They created a competition to help them decide which was the most suitable and fastest train. The winning train would not only be chosen to run on the line, but it would also win £500 prize money. The competition at Rainhill took nine days to complete and over 10,000 people turned up to watch. Rather than travel the whole distance from Liverpool to Manchester, each train was required to travel back and forth along a much shorter 1 mile track. This was to re-create the total 30-mile distance between the two cities. Five trains took part in the Rainhill Trails. They were: The Novelty, The Perseverance, The Sans-Pareil, The Cycloped and The Rocket. Four of the five were machines that were powered by steam. They all had small coal fires on them that would heat water. The steam from the water would be fed into cylinders, the force of the steam would push metal pistons around which in turn would make the wheels turn. The Cycloped was the strangest of all the completion entries and was operated not by steam, but by a horse. The horse ran on a conveyor belt, like a treadmill in a gym. This movement pulled the train wheels along the track. The winner of the completion was of course The Rocket. It covered the 30 miles of track in 3 hours. -
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. -
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. -
Locomotive: a Powered Railway Vehicle Used for Pulling Trains. The
Lesson 1: What were the Rainhill trials? Vocabulary- Locomotive: a powered railway vehicle used for pulling trains. The meanings of words in bold can be found in the glossary below. In 1829, when the Liverpool and Manchester Railway was approaching completion, the directors ran a competition find the best way of pulling the carriages. Locomotives that were entered were to be subjected to a variety of tests and conditions. Several tests of speed, strength, and efficiency were run over a period of days to see which locomotive would best suit the railway. A prize of £500 (worth over £11,000 today) would also be awarded to the entry chosen. Have a look at the competitors. Who do you think won and who do you think lost? Which do you think was the fastest? Which was the most efficient? (used less fuel) Which ones do you think broke? Disclaimer: The real trains were not made from Lego as this happened over 100 years before Lego was invented. Activity: Read what happened to each of the locomotives (on the next page) and then either write a diary, draw a picture of make a model of what happened that day. Cycloped was the only entry of the five that ran that did not use steam power. It instead relied on a horse-powered drive belt. Built by one of the railway's former directors, people believed it would have an unfair advantage. Cycloped was disqualified for not meeting the contest's rules. Perseverance was the second entry to drop out. It was damaged en route to the site of the trials, and its builder spent five days repairing it. -
Locomotives of 1907-C.LAKE-1907-Pg 56.Pdf
F CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF ^N. QJ/^\D F CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF Ji^ i J>w>mf<^cM'^^ i F CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA ~ 1" QJSV> LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA LIBRARY OF THE UNIVERSITY OF CALIFORNIA IIRRtRY OF THF IINIVFRSiTY (IF RtLIFORNIt LIBRARY OF THE UNIVERSITY OF CALIFORNIA LOCOMOTIVES OF 1907 BY CHAS. S. J.AKE, A.M.I.MECH.E., MEMBER SOCIETY OF ARTS. " " Author of The World's Locomotives," The Locomotive Simply Explained" "Locomotives of 1906." LONDON : PERCIVAL MARSHALL & CO., 26-29, POFFIN'S COURT, FLEET STREET, E.G. FOUR-CYLINDER SIMPLE (460 TYPE) EXPRESS LOCOMOTIVE, GREAT WESTERN RAILWAY. MR. G. J. CHURCHWARD, M.Inst.C.E., Locomotive Superintendent, SWINDON. Leading Particulars. : ins. 26 ins. ft. Cylinders (4) Diameter, 14^ ; piston stroke, Grate area, 27-07 sq. wheels ft. 2 ins. Bogie diameter. 3 Working pressure, 225 Ibs. per sq. in. wheels diameter, 6 ft. 8J ins. tons 16 cwts. of Coupled Weight on coupled wheels, 58 ; weight engine (in : ft. ft. Wheelbase 14 9 ins. ; total, 3 ins. Rigid, 27 working order), 76 tons 14 cwts. : at ft. ins. ft. 6 ins. -
Honorary President Professor Dugald Cameron OBE
Honorary President Professor Dugald Cameron OBE PACIFIC PROGRESS (photo courtesy www.colourrail.com) We haven’t seen much snow in Surrey in recent years but you can almost feel the chill in this fine view of Merchant Navy No 35005 ‘Canadian Pacific’ approaching Pirbright Junction in the winter of 1963. As mentioned previously in these pages, ‘Can Pac’ was one of 10 Merchant Navy Pacifics to be fitted with North British boilers from new and the loco still carries it in preservation today. At the present time No 35005 is undergoing a thorough overhaul with the NBL boiler at Ropley on the Mid Hants Railway and the frames etc at Eastleigh Works in Hampshire. Mid Hants volunteer John Barrowdale was at Ropley on 15th January and reports that CP’s new inner firebox was having some weld grinding attention before some new weld is added. The boilersmith told him that apart from the welding on the inner wrapper plus a bit on the outer wrapper it is virtually complete with the thermic synthons all fitted in. They hope to be able to drop the inner wrapper into the outer wrapper by the end of March and then the long task of fitting all the 2400 odd stays into the structure beckons plus the fitting of the foundation ring underneath. After work on the boiler is complete it will be sent to Eastleigh to be reunited with the frames and final assembly can begin. There is a long way to go but it shows what can be achieved by a dedicated team of preservationists ! We wish John and his colleagues the very best of luck and look forward to seeing Canadian Pacific in steam again in the years to come. -
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. -
Diesel Manuals at NRM
Diesel Manuals at NRM Box No Manufacturer Title Aspect Rail Company Publication Notes 001 Associated Electrical Diesel-Electric Locomotives Instruction Book British Transport Commission 2 duplicate copies Industries Ltd Type 1 (Bo-Bo) British Railways 001 Associated Electrical 800 H.P. Tyoe 1 Diesel Parts List for Control British Railways Industries Ltd Electric Locomotives Nos. Apparatus And Electrical D8200 to D8243 Machines 001 Associated Electrical London Midland Region A.C. Parts List for Electrical British Railways Industries Ltd Electrification Locomotive Control Apparatus Nos. E3046 to E3055 002 Associated Electrical Diesel-Electric Locomotives Parts List for Control British Railways Two copies with identical Industries Ltd Type 2 (Bo-Bo) 1160 H.P. Apparatus And Electrical covers as listed above but the Locomotives Nos. D5000- Machines second appears to be an D5150 Type 2 (Bo-Bo) 1250 overspill of the first H.P. Locomotives Nos. D5151-D5175 002 Associated Electrical 1250 H.P. Type 2 Diesel - Service Handbook British Railways Industries Ltd Electric Locomotives Nos. D5176 to D5232 D5233 to D5299 D7500 to D7597 002 Associated Electrical Type 2 1250 H.P. Diesel - Service Handbook British Railways Industries Ltd Electric Locomotives Loco No. 7598 to D7677 002 Associated Electrical Diesel-Electric Locomotives Instruction Book British Transport Commission Industries Ltd Type 2 (Bo-Bo) British Railways 003 Associated Electrical Type 2 1250 H.P. Diesel - Parts List - Control Apparatus British Railways Industries Ltd Electric Locomotives Loco And Electrical Machines No. 7598 to D7677 003 Associated Electrical Type 2 1250 H.P. Diesel - Maintenance Manual - British Railways Industries Ltd Electric Locomotives Loco Control Apparatus And No. -
R O B E Rt S Te P H E N S O N • L O C O M O Tiv
ROBERT STEPHENSON ROBERT STEPHENSON’S LOCOMOTIVES HOW DOES A STEAM LOCOMOTIVE WORK? The diagram below shows the inside of an 1840’s locomotive. Dome Boiler Tubes Chimney Blast Pipe Boiler Steam Pipe Piston Firebox Piston Rod Burning coal in the fi rebox heats air in the boiler tubes which boil water in the boiler. This makes steam, which collects in the dome. The driver then opens a valve to let steam pass through the steam pipe and push the pistons backwards and forwards. The pistons are connected to the driving wheels by piston rods, which make the wheels turn. Pistons also push exhaust steam up the blast pipe and out of the chimney. This also draws hot air from the fi rebox and helps the fi re to burn. THE DEVELOPMENT OF THE LOCOMOTIVE From his childhood Robert Stephenson had been interested in locomotive design. He was encouraged both by his father, George, and by Richard Robert Stephenson • Locomotives Trevithick, the designer of the fi rst locomotive. As a child he used to help his father with his work on the low-pressure steam engines in the mines. Robert’s aim was to develop Trevithick’s earlier ideas and to construct engines which would create a fast, smooth running network of railways to move passengers and goods. Between 1828 and 1830 Robert kept redesigning and improving his locomotives. Each new design was a link in the chain of locomotive development and improvement. When designing the “Lancashire Witch” in 1828 Robert Stephenson made his fi rst great improvement by placing the two cylinders outside the locomotive in an inclined position at the back of the engine where they were attached to the boiler at an angle of 39 degrees by a long bracket. -
Narrow Cab/Splashers) LOCOMOTIVE KIT
Brassmasters Scale Models www.brassmasters.co.uk L&SWR/SOUTHERN RAILWAY DRUMMOND T9 4-4-0 (narrow cab/splashers) LOCOMOTIVE KIT Designed by Martin Finney 4MM SCALE OO - EM - P4 INSTRUCTIONS AND PROTOTYPE NOTES PO Box 1137 Sutton Coldfield B76 1FU Copyright Brassmasters 2017 SECTION 1: BRIEF HISTORICAL DETAILS The locomotives which form the subject of this kit are the original ‘narrow’ series of Dugald Drummond’s celebrated T9 4-4-0s for the LSWR. A total of 51 locomotives were built by Dubs & Co. and at Nine Elms Works under five Order Numbers as follows: Numbers Date Built Maker Works/ Order Number Firebox Water Tubes 702 - 719 2/1899 - 6/1899 Dubs & Co. 3746-3763 Yes 721 - 732 6/1899 - 1/1900 Dubs & Co. 3764-3775 Yes 773# 12/1901 Dubs & Co. 4038 Yes 113 - 122 6/1899 - 9/1899 Nine Elms G9 No 280 - 284 10/1899 - 11/1899 Nine Elms K9 No 285 - 289 1/1900 - 2/1900 Nine Elms O9 No # renumbered 733 12/1924 For a detailed history of this class I suggest you refer to the following definitive books by the late D.L.Bradley: Part two of 'The Locomotives of the L.S.W.R.’ published by the R.C.T.S. LSWR Locomotives - The Drummond Classes published by Wild Swan. Other valuable sources of information and photographs are: The Drummond Greyhounds of the LSWR - D.L.Bradley - David & Charles A Pictorial Record of Southern Locomotives - J.H.Russell - OPC Drummond Locomotives - Brian Haresnape & Peter Rowledge - Ian Allan Locomotives Illustrated No. 44 - The Drummond 4-4-0s and Double singles of the LSWR - Ian Allan Southern Steam Locomotive Survey - The Drummond Classes - Bradford Barton www.rail-online.co.uk – lots of prototype photographs Variations/Modifications incorporated into the kit Starting with numbers 702,709 & 724 in May 1923 the locomotives were extensively rebuilt involving new: Smokeboxes: new, larger, smokeboxes were fitted incorporating the ‘Eastleigh’ superheater.