Tng 93 Autumn 1981
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From the 1832 Horse Pulled Tramway to 21Th Century Light Rail Transit/Light Metro Rail - a Short History of the Evolution in Pictures
From the 1832 Horse pulled Tramway to 21th Century Light Rail Transit/Light Metro Rail - a short History of the Evolution in Pictures By Dr. F.A. Wingler, September 2019 Animation of Light Rail Transit/ Light Metro Rail INTRODUCTION: Light Rail Transit (LRT) or Light Metro Rail (LMR) Systems operates with Light Rail Vehicles (LRV). Those Light Rail Vehicles run in urban region on Streets on reserved or unreserved rail tracks as City Trams, elevated as Right-of-Way Trams or Underground as Metros, and they can run also suburban and interurban on dedicated or reserved rail tracks or on main railway lines as Commuter Rail. The invest costs for LRT/LMR are less than for Metro Rail, the diversity is higher and the adjustment to local conditions and environment is less complicated. Whereas Metro Rail serves only certain corridors, LRT/LRM can be installed with dense and branched networks to serve wider areas. 1 In India the new buzzword for LRT/LMR is “METROLIGHT” or “METROLITE”. The Indian Central Government proposes to run light urban metro rail ‘Metrolight’ or Metrolite” for smaller towns of various states. These transits will operate in places, where the density of people is not so high and a lower ridership is expected. The Light Rail Vehicles will have three coaches, and the speed will be not much more than 25 kmph. The Metrolight will run along the ground as well as above on elevated structures. Metrolight will also work as a metro feeder system. Its cost is less compared to the metro rail installations. -
Territorial Opportunities of Tram-Based Systems Cyprien Richer, Sophie Hasiak
Territorial opportunities of tram-based systems Cyprien Richer, Sophie Hasiak To cite this version: Cyprien Richer, Sophie Hasiak. Territorial opportunities of tram-based systems: Comparative analysis between Nottingham (UK) and Valenciennes (FRA). Town Planning Review, Liverpool University Press, 2014, 85 (2), pp.217-236. halshs-00993568 HAL Id: halshs-00993568 https://halshs.archives-ouvertes.fr/halshs-00993568 Submitted on 6 Mar 2015 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Town Planning Review Special Issue “Has rail saved the city? - Rail and Urban Development in Comparative Perspective“ Territorial opportunities of tram-based systems: Comparative analysis between Nottingham (UK) and Valenciennes (FRA) Cyprien Richer and Sophie Hasiak Cerema (Center for studies and expertise on Risks, Environment, Mobility, and Urban and Country Planning) Territorial Division for the Northern and Picardie Regions, 2 rue de Bruxelles CS 20275, 59019 Lille email: [email protected]; [email protected] Abstract Within the European project « Sintropher », this paper focuses on a comparative analysis between two tramway systems in Nottingham (UK) and Valenciennes (FRA). The aim is to understand how these tram-based systems were successfully integrated in the urban areas. -
What Light Rail Can Do for Cities
WHAT LIGHT RAIL CAN DO FOR CITIES A Review of the Evidence Final Report: Appendices January 2005 Prepared for: Prepared by: Steer Davies Gleave 28-32 Upper Ground London SE1 9PD [t] +44 (0)20 7919 8500 [i] www.steerdaviesgleave.com Passenger Transport Executive Group Wellington House 40-50 Wellington Street Leeds LS1 2DE What Light Rail Can Do For Cities: A Review of the Evidence Contents Page APPENDICES A Operation and Use of Light Rail Schemes in the UK B Overseas Experience C People Interviewed During the Study D Full Bibliography P:\projects\5700s\5748\Outputs\Reports\Final\What Light Rail Can Do for Cities - Appendices _ 01-05.doc Appendix What Light Rail Can Do For Cities: A Review Of The Evidence P:\projects\5700s\5748\Outputs\Reports\Final\What Light Rail Can Do for Cities - Appendices _ 01-05.doc Appendix What Light Rail Can Do For Cities: A Review of the Evidence APPENDIX A Operation and Use of Light Rail Schemes in the UK P:\projects\5700s\5748\Outputs\Reports\Final\What Light Rail Can Do for Cities - Appendices _ 01-05.doc Appendix What Light Rail Can Do For Cities: A Review Of The Evidence A1. TYNE & WEAR METRO A1.1 The Tyne and Wear Metro was the first modern light rail scheme opened in the UK, coming into service between 1980 and 1984. At a cost of £284 million, the scheme comprised the connection of former suburban rail alignments with new railway construction in tunnel under central Newcastle and over the Tyne. Further extensions to the system were opened to Newcastle Airport in 1991 and to Sunderland, sharing 14 km of existing Network Rail track, in March 2002. -
Public Transport Buildings of Metropolitan Adelaide
AÚ¡ University of Adelaide t4 É .8.'ìt T PUBLIC TRANSPORT BUILDII\GS OF METROPOLTTAN ADELAIDE 1839 - 1990 A thesis submitted to the Faculty of Architecture and Planning in candidacy for the degree of Master of Architectural Studies by ANDREW KELT (û, r're ¡-\ ., r ¡ r .\ ¡r , i,,' i \ September 1990 ERRATA p.vl Ljne2}oBSERVATIONshouldreadOBSERVATIONS 8 should read Moxham p. 43 footnote Morham facilities p.75 line 2 should read line 19 should read available Labor p.B0 line 7 I-abour should read p. r28 line 8 Omit it read p.134 Iine 9 PerematorilY should PerernPtorilY should read droP p, 158 line L2 group read woulC p.230 line L wold should PROLOGUE SESQUICENTENARY OF PUBLIC TRANSPORT The one hundred and fiftieth anniversary of the establishment of public transport in South Australia occurred in early 1989, during the research for this thesis. The event passed unnoticed amongst the plethora of more noteworthy public occasions. Chapter 2 of this thesis records that a certain Mr. Sp"y, with his daily vanload of passengers and goods, started the first regular service operating between the City and Port Adelaide. The writer accords full credit to this unsung progenitor of the chain of events portrayed in the following pages, whose humble horse drawn char ò bancs set out on its inaugural joumey, in all probability on 28 January L839. lll ACKNO\ryLEDGMENTS I would like to record my grateful thanks to those who have given me assistance in gathering information for this thesis, and also those who have commented on specific items in the text. -
1 a New Age of Steam?
A new age of steam? The Tua Valley Line, Portugal - Experience and Examples from the Technological Heritage Operations and Preserved Railways of Britain. Dr Dominic Fontana Department of Geography, University of Portsmouth, United Kingdom [email protected] The railways of Portugal are well known to a global community of steam enthusiasts, many of whom used to visit the country specifically to experience and photograph the last days of steam traction until as late as the 1980s. The narrow gauge lines north of the Douro River, and the Tua Valley line in particular, were considered as very special railways. Their outstanding combination of narrow gauge steam traction, relatively long runs of track and extraordinarily beautiful landscapes, made for a magical railway experience. In the 1980s steam was replaced with diesel traction and although there are now regular but infrequent steam hauled tourist trains on the Douro Valley line, there are currently very limited opportunities for people to recapture this experience. Portugal has several railway museums including the excellent National Railway Museum in Entroncamento, but these present static displays rather than “live” steam and many railway enthusiasts consider this to be a poor substitute for the “real” thing where steam locomotives are operating in steam, within a fully-fledged railway environment. 0189 2-8-4T Henschel 1925 Mallet locomotive at Regua. 1 Portugal possesses over 100 redundant steam locomotives (Bailey, 2013) dispersed in yards around its national railway network, some of them remain potentially usable and many are certainly restorable to full operating condition. Portugal also possesses track and routes, which have been recently closed to passenger and freight traffic. -
File Cabinets List Page 1 102 Substation Instruction Booklet C34 Automatic Substation Instruction Bulletin; General Electric Co
Draw Sub No File no Description File Type File No Description of contents Period From 101 Substation General Tramway A38 Current Collection; B.T.H. Co Ltd. 12pp 1956 B.T.H. Co Ltd 101 Substation Instruction booklet C101 Rotary Converters. B.T.H. Co. instruction book. 61pp. No. 1187, 1345 1928 B.T.H. Co Ltd 101 Substation Instruction booklet C129 Automatic Substation Instruction Bulletin GEC Mere, Arc Rectifier General Electric 101 Substation Forms & Procedures Brisbane E14 Supervisory Equipment Training Manual. Brisbane City Council 101 1,2&3 Substation Forms & Procedures Brisbane E18 Procedures for Bakeout or Forming of Water-cooled Mercury Arc Rectifiers. Brisbane City Council 101 Substation Forms & Procedures Brisbane E47 Bond and Conductivity tests. Mr. D.C. Thomson. Mr. D.C. Thomson 101 Substation Files supplied by BCC and others K55 S.T.C Supervisory remote control handbook No. 283 - August 1940 Aug 1940 S.T.C 101 Substation Forms & Procedures Brisbane DC Power Interreption Forms 1928 - 1945 Brisbane City Council 101 Substation Forms & Procedures Brisbane DC Power Interreption Forms 1946 - 1954 Brisbane City Council 101 Substation Forms & Procedures Brisbane DC Power Interreption Forms 1961 - 1969 Brisbane City Council 101 Substation General Tramway Hamilton Road Substation Plans Brisbane City Council 101 Substation Forms & Procedures Brisbane Substation equipment digram and prints of instrument and Metres Brisbane City Council 101 Substation Instruction booklet Several other books on Substation information General 102 Substation -
Light Rail and Tram Statistics, England: 2019/20
Statistical Release 25 June 2020 Light Rail and Tram Statistics, England: 2019/20 About this release Light rail and tram use in England has seen the biggest This statistical release decrease in almost 30 years, down 4.2% in 2019/20. The presents the latest annual information on light rail and number of passenger journeys has fallen below 2016/17 tram systems in England levels. during the 2019/20 fnancial year. The release covers 263.4m light rail and tram use, passenger journeys infrastructure, revenue and passenger experience. Þ 4.2% This publication covers since 2018/19 eight urban systems that are predominantly surface- running (see table 1 for a list There were 263.4 million passengers journeys made on the eight of systems covered). Smaller light rail and tram systems in England, a 4.2% decrease (11.4 million systems, e.g. heritage railway and airport transit systems, passenger journeys) compared with the previous year. Outside are not included. London and London passenger journeys decreased by 4.0% to 119.4 million and Glasgow undergrounds and in London by 4.3% to 144.0 million in the year ending March 2020. Edinburgh Trams are also excluded but statistics for Chart 1: Light rail and tram passenger journeys (millions): these systems are included in England, annually 1983/84 to 2019/20 (table LRT0101) the tables. In this publication 263.4 million Summary fgures 3 Safety 3 Infrastructure 3 Passenger journeys 5 Concessionary journeys 5 Vehicle mileage 6 Revenue 6 Passengers 7 Comment on Coronavirus (COVID-19) impact The period covered by this release includes the frst few weeks of nationwide Passenger satisfaction 8 movement restrictions in March 2020. -
Canadian Rail No496 2003
Published bi-monthly by the Canadian Railroad Historical Association Publie tous les deux mois par l'Association Canadienml1e d'Histoire Ferroviaire 166 ISSN 0008-4875 CANADIAN RAIL Postal Pennlt No. 40066621 PUBLISHED BI-MONTHLY BY THE CANADIAN RAILROAD HISTORICAL ASSOCIATION TABLE OF CONTENTS THE SESQUICENTENNIAL OF THE HORSE CAR ERA ...................... FRED F. ANGUS ............... 167 FRONT CO VER: The corner ofPortage and Main in Winnipeg during the 1880s, with two horsecars of the Winnipeg Street Railway. Winnipeg was the westernmost Canadian city to have horsecars, and the first routes were inaugurated in 1882. About this time, the building of the Canadian Pacific Railway set off a land boom, and it was logical that a street railway would be started in the rapidly-developing city. Compare this view with the two photographs on page 203 that show the same location. For a time in the early 1890s there were four tracks on Main street, as the new electric line coexisted with the older horsecar route for a f ew years. This painting hung in one of the offices of the Winnipeg Electric Railway, and was later acquired by the uncle of the author and presented to him in 1964. BELOW A drawing ofan open horse car on St. Denis street in Montreal in 1887. This drawing is based on the photograph that appears on page 197. Cars like this were very popular in the summer, and were used as trailers behind electric cars f or a few years after the electrification of the Montreal system. For your membership in the CRHA, which Canadian Rail is continual/yin need of news, stories,. -
Melbourne-Metropolitan-Tramways-Board-Building- 616-Little-Collins-Street-Melbourne
Melbourne Metropolitan Tramway Study Gary Vines 2011 List of surviving heritage places Contents Horse Tramways ...................................................................................................... 2 Cable Tram engine houses..................................................................................... 2 Cable Tram car sheds ............................................................................................. 6 Electric Tram Depots .............................................................................................. 8 Waiting Shelters ...................................................................................................... 12 Substations .............................................................................................................. 20 Overhead and electricity supply ............................................................................ 24 Sidings and trackwork ............................................................................................ 26 Bridges ..................................................................................................................... 29 Workshops ............................................................................................................... 32 Offices ...................................................................................................................... 32 Recreation buildings ............................................................................................... 33 Accommodation -
Tramways in Urban Areas: an Overview on Safety at Road Intersections
Urban Rail Transit (2018) 4(4):223–233 https://doi.org/10.1007/s40864-018-0093-5 http://www.urt.cn/ ORIGINAL RESEARCH PAPERS Tramways in Urban Areas: An Overview on Safety at Road Intersections Marco Guerrieri1 Received: 26 July 2018 / Revised: 26 November 2018 / Accepted: 4 December 2018 / Published online: 11 December 2018 Ó The Author(s) 2018 Abstract Although the accident number involving trams is 1 Introduction comparatively very limited to the total road accident number, the consequences of tram crashes are very serious, In order to ease traffic congestions and lower air pollution especially when pedestrians are run over. The new power levels in big cities, a lot of countries are increasingly supply technologies (e.g. catenary-free systems) allow to resorting to tramway systems, considered as environmen- build tram networks, even in old town centres and pedes- tally sustainable, reliable and able to meet high mobility trian areas, with additional increased risk of pedestrian demands [1]. The new ground-level power supply tech- casualties. This will require specific design solutions and nologies (e.g. APS by Alstom, TramWave by Ansaldo) and traffic regulations for road safety as described in this paper, the developing systems like the induction technique (e.g. with particular regard to vulnerable users (i.e. pedestrians Bombardier Primove) allow tramways to be perfectly and cyclists), especially near intersections and pedestrian compatible with old town centres from both architectural crossings. Therefore, the research analyses the road acci- and urban planning viewpoints, in that they are catenary- dent rate and its evolution in the last 10 years with specific free [2]. -
RSP2 Revision Working Document
TRAMWAY PRINCIPLES & GUIDANCE First Edition January 2018 Guidance on Tramways Guidance on Tramways GUIDANCE ON TRAMWAYS Page 3 of 101 Tramway Principles & Guidance CONTENTS FOREWORD 1 INTRODUCTION 2 TRAMWAY CLEARANCES 3 INTEGRATING THE TRAMWAY 4 THE INFRASTRUCTURE 5 TRAMSTOPS 6 ELECTRIC TRACTION SYSTEMS 7 CONTROL OF MOVEMENT 8 TRAM DESIGN AND CONSTRUCTION APPENDIX A - TRAMWAY SIGNS FOR TRAM DRIVERS APPENDIX B - ROAD AND TRAM TRAFFIC SIGNALLING INTEGRATION APPENDIX C - HERITAGE TRAMWAYS APPENDIX D - NON-PASSENGER-CARRYING VEHICLES USED ON TRAMWAYS APPENDIX E – POINT INDICATIONS (To be added) APPENDIX F – PEDESTRIAN ISSUES APPENDIX G – STRAY CURRENTS APPENDIX H – APPLICATION OF HIGHWAYS LEGISLATION TO TRAMWAYS AND TRAMCARS APPENDIX I – ADDITIONAL GUIDANCE FOR TRAM TRAIN SYSTEM (To be added) REFERENCES ACRONYMS AND ABBREVIATIONS FURTHER INFORMATION Page 4 of 101 Tramway Principles & Guidance FOREWORD As with all guidance, this document is intended to give advice and not set an absolute standard. This publication indicates what specific aspects of tramways need to be considered, especially their integration within existing highways. Much of this guidance is based on the experience gained from the UK tramway systems, but does not follow the particular arrangements adopted by any of these systems. It is hoped that promoters of tramways, and their design and construction teams, will find this guidance helpful, and that it will also be of help to others such as town planners and highway engineers, whose contribution to the development of a tramway system is essential. This document replaces guidance previously published by the Office of Rail and Road, and before that by HM Railway Inspectorate building on the long standing legislation and guidance of the Board of Trade. -
Download Press Release
Press release: 25/2/2019 A first for the Lake District: Transport Trust 'Red Wheel' Plaque awarded to Ravenglass & Eskdale Railway A major visitor attraction in the Western Lake District, Cumbria has been granted a prestigious national award in recognition of its historical importance. Located in only coastal village in the UNESCO World Heritage site the Lake District National Park Ravenglass & Eskdale Railway has been awarded the first Red Wheel plaque, the only one of its kind in Cumbria, by the Transport Trust. The Red Wheel scheme commemorates and celebrates transport sites of significant historical value in the United Kingdom. The Transport Trust promotes and encourages the preservation and restoration of Britain's unique transport heritage in all its forms across road, rail, wings and water. The plaque was unveiled at a special ceremony on the 23 February by Eric Robson, eminent writer, broadcaster and Chairman of Cumbria Tourism. Also in attendance on the day were Colonel Paul Brook from the Transport Trust. The award means that the diminutive railway joins around 108 sites of importance around the UK such as Birkenhead Street Tramway, where the first passenger street tramway in Britain was inaugurated in 1860 by George Francis Train, the birthplace of Barnes Wallis who was the Aeronautical Engineer and Inventor who designed the Bouncing Bomb and the Metropolitan Railway’s Baker Street Station in London which was the first underground station to be opened in 1863. Since opening the railway has carried minerals and passengers on three different gauges of track; standard, 3 foot and 15 inch. Built in 1873 and opening commercially in 1875, the Railway's initial purpose was to transport iron ore, that was being mined in the hills above the village of Boot, down to Ravenglass where it could be transferred onto the Furness Railway's mainline to Barrow.