Global Market of Rolling Stock Manufacturing: Present Situation and Future Potential Yoshihiko Sato

Total Page:16

File Type:pdf, Size:1020Kb

Global Market of Rolling Stock Manufacturing: Present Situation and Future Potential Yoshihiko Sato F Rolling Stock and Manufacturers (part 1) eature Global Market of Rolling Stock Manufacturing: Present Situation and Future Potential Yoshihiko Sato Until the 1980s, rolling stock The main market for new rolling stock in days, railway equipment was imported as manufacturing was considered primarily both the West and Japan will come from part of the drive to industrialize, but the as a domestic industry with strong renewal of existing stock, because these means to manufacture rolling stock connections to the national railways of railways have reached a ceiling. It is hard domestically came with industrial success each country and with some exports based to expect new big demand for rolling stock and economic growth. In some cases, on government policy. Things changed due to new line constructions or domestically manufactured rolling stock in the early 1990s around the time of EU increasing transport capacity. Over the became sufficiently advanced that it found market integration and restructuring of next decade or so, large-scale new export markets in other countries. This national railways. In parallel with this demand can be expected to come almost evolution—from dependent importer to restructuring, mergers and acquisitions exclusively from areas experiencing rapid exporter—has occurred in one form or (M&As) occurred among rolling stock economic growth, like China and SE Asia. another in a number of European manufacturers in N America and Europe, Japanese manufacturers are keen to do countries, and in Japan and S Korea. making them international business with business in these markets and to supply In summary, the first railways started in little regard to national boundaries. Also the replacement market in N America, but Britain, and other countries in Europe, around this time, as well as manufacturing they face stiff competition from Asia and elsewhere imported the bulk of rolling stock and railway equipment, manufacturers in Europe, N America, their rolling stock from Britain until the manufacturers took on a system integrator S Korea, and China. beginning of 20th century. However, once role for railway projects. This article examines today’s global rolling the railway industry in other European In Japan, system integration has been stock manufacturing industry and market, countries had become sufficiently mastered by the JRs, other major private points out some of the differences developed, those countries manufactured railway operators, and publicly owned between the West, E Asia, and Japan, and and exported their own rolling stock to railways, forcing Japanese rolling stock looks into the future. countries building railways. This placed manufacturers to act as carriage makers them in direct competition with Britain. in the domestic market and system Early Beginnings and The same evolutionary path occurred in integrators in their export markets. Rolling Developments Japan, and more recently in S Korea, India, stock is manufactured by large companies and China; low labour costs give these in Japan as one department in their overall From the advent of railway transport until three newcomers an edge in the export business, so the types of buyouts and the mid-20th century, one yardstick of a market. M&As seen in the West have almost never country’s industrial prowess was whether But rolling stock design has changed occurred in Japan. it manufactured rolling stock. In the early considerably since the 1980s. Locomotives, electric multiple units (EMUs), and diesel multiple units (DMUs) have computer systems, power-control electronics, advanced control systems supported by software etc., almost as standard. As a result, rolling stock has higher development costs and the manufacturing works require high-level facilities and technologies. The strengths of manufacturers in the West and Japan in these areas place them at an advantage. However, they still face a disadvantage—demand for new rolling stock has shifted from Europe and Japan, to China and SE Asia where strong economic growth is driving fever-pitch demand for high-speed intercity, freight, and urban transport. This explains why Series 700, basis for T700 serving Taiwan High Speed Rail, running on Tokaido Shinkansen (Author) demand for new rolling stock is 4 Japan Railway & Transport Review 41 • October 2005 concentrated in E Asia (excluding Japan), Russian Railways nor subways and other in Japan are calculated a little differently, and because costs are increased by non-UIC railway operators. and the rolling stock of Japanese subway shipping rolling stock over long From the data we can calculate the and 2. suburban train operators—who are distances, why production in technically following global usage ratios for different not UIC members but operate many advanced works close to the local market types of rolling stock: trains—are not included in the figures. offers great advantages. S Korea and • Diesel locomotives: N & S America, China have made rolling stock 31%; EU & EFTA, 24%; China, 16%; Broken down by region and rolling-stock manufacturing a cornerstone of their Asia & Oceania (except Japan, China type, the figures show: industrial policy and when a foreign & S Korea), 11%; Central & Eastern • In N and S America, most operations company bids on a rail project in these Europe, 10% are non-electrified freight transport. countries, there is always a strong • Electric locomotives: EU & EFTA, 49%; • In China, freight predominates; technology transfer component in the bid Asia & Oceania (except Japan, China passenger and freight trains are hauled conditions. This has led to a growing & S Korea), 15%; China, 14%; Central by locomotives. trend toward international cooperation & Eastern Europe, 12% • In Japan and S Korea, passenger in the manufacturing of rolling stock. In • Electric railcars/EMUs: Japan, 35%; EU & transport predominates, with passenger a typical case, Western or Japanese EFTA, 33%; Central & Eastern Europe, 22% trains tending to be EMUs or DMUs. companies may develop the rolling stock • Diesel railcars/DMUs: EU & EFTA, • In the EU, EFTA, and Central and Eastern systems and software, and manufacture 70%; Japan 20% Europe, passenger and freight transport the high-technology equipment, while • Passenger carriages: EU & EFTA, 33%; are about equal; there is a mix of EMU, S Korean and Chinese companies may Central & Eastern Europe, 21%; Asia & DMU and loco-hauled passenger trains. manufacture and assemble the carriage Oceania (except Japan, China & bodies, bogies, and some components. S Korea), 19%; China 18% China’s transport systems may change •Freight wagons: N & S America, 33%; dramatically in the future due to the Worldwide Rolling Stock Central and Eastern Europe, 24%; EU country’s remarkable economic growth, Market & EFTA, 17%; China, 11%; Asia & promotion of new lines, and Oceania (except Japan, China & modernization of passenger systems. In Table 1 lists rolling stock worldwide by S Korea), 9% Central and Eastern Europe, efforts to type and quantity, indicating the current improve railway management are lagging size of the market. It gives an overview Table 1 may under-represent the ratios for behind expectations, but freight transport of overall trends, but does not include Japan for two reasons: 1. EMU numbers may be greatly rationalized. Table 1 Rolling Stock of UIC Members Region or country Diesel Electric Steam Electric Diesel Trailing Passenger Freight locomotives locomotives locomotives railcars/ railcars/DMUs carriages carriages wagons EMUs coupled to hauled by EMUs or DMUs locomotive EU 15,685 13,435 137 11,305 8,240 38,555 67,708 634,005 EFTA 714 1,203 1 446 32 573 4,413 22,294 Central & Eastern Europe 6,569 3,587 244 7,780 390 18,102 45,720 944,221 Northern Africa and Middle East 2,413 100 0 101 36 941 6,050 62,904 Africa south of Sahara 2,164 1,984 1 0 11 29 7,520 145,655 N & S America 21,005 46 3 0 5 0 3,263 1,300,338 Asia & Oceania 7,531 4,355 161 2,117 160 6,320 41,249 365,911 (except Japan, China & S Korea) Japan 494 780 10 12,406 2,354 9,541 776 15,410 China 10,752 4,298 109 0 0 0 37,942 446,707 S Korea 482 96 1 1,662 610 2,272 1,678 14,113 Total 67,809 29,884 667 35,817 11,838 76,297 216,319 3,951,558 Source: International Railway Statistics 2002, UIC Note: Statistics for DMUs and EMUs in Japan taken from publications of seven JRs for 2004 Japan Railway & Transport Review 41 • October 2005 5 Rolling Stock and Manufacturers (part 1) Figure 1 Elimination and Consolidation of Rolling Stock Manufacturer 1980 1982 1984 1986 1988 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 De Dietrich Ferroviaire TRAXS Fiat Ferroviaria (IT) Wessex Traincare (GB) (F) (NL) (SIG (CH) included) RPIL Signalling (IN) N.American JV SASIB (IT) (Merged with Bombardier) Mirless Blackstone (GB) MIW (E) MAM (D)(2000) TCO (F) GEC (GB) Franco-Belge (F) Ateinsa (E) CMW Equipamentos (BR) Brissononneau et Lotz (F) ACEC (B) CIMT (F) SEL (D) Meinfasa (E) Linke-Hofmann-Busch (D) Konstal (PL) Alstom (F) Metropolitan Carel Fouché (F) Cammel (GB) Geo Railmex (MEX) ANF (CAN) ALSTOM Creusot-Loire (F) Hornell (US) GEC Alstom Faur Transport (RD) CIMCo (GB) Jeumont-Schneider (F) MAIMBB (D) Von Roll (CH) LEW (D) AEG (D) Shindler (CH) AEG Dunakeszi (N) Westinghouse (US) SLM (CH) Pafawag (PL) CCC Group (E) Hägglund (S) Comeng (AUS) ABB Daimler Benz Transportation Kalmar Verkstad (S) Stromberg (FI) Sorefame (P) ADTRANZ Sura Traction (S) Ascan Scandia (DK) ML Engineering (GB) IYY (D) BREL (GB) Inter logic Ageve (S) Engineering (GB) ABB BBC (CH) SRSF Signalling ELTA (PL) JV
Recommended publications
  • C) Rail Transport
    EUROPEAN PARLIAMENT WORKING DOCUMENT LOGISTICS SYSTEMS IN COMBINED TRANSPORT 3743 EN 1-1998 This publication is available in the following languages: FR EN PUBLISHER: European Parliament Directorate-General for Research L-2929 Luxembourg AUTHOR: Ineco - Madrid SUPERVISOR: Franco Piodi Economic Affairs Division Tel.: (00352) 4300-24457 Fax : (00352) 434071 The views expressed in this document are those of the author.and do not necessarily reflect the official position of the European Parliament. Reproduction and translation are authorized, except for commercial purposes, provided the source is acknowledged and the publisher is informed in advance and forwarded a copy. Manuscript completed in November 1997. Logistics systems in combined transport CONTENTS Page Chapter I INTRODUCTION ........................................... 1 Chapter I1 INFRASTRUCTURES FOR COMBINED TRANSPORT ........... 6 1. The European transport networks .............................. 6 2 . European Agreement on Important International Combined Transport Lines and related installations (AGTC) ................ 14 3 . Nodal infrastructures ....................................... 25 a) Freight villages ......................................... 25 b) Ports and port terminals ................................... 33 c) Rail/port and roadrail terminals ............................ 37 Chapter I11 COMBINED TRANSPORT TECHNIQUES AND PROBLEMS ARISING FROM THE DIMENSIONS OF INTERMODAL UNITS . 56 1. Definitions and characteristics of combined transport techniques .... 56 2 . Technical
    [Show full text]
  • Prices and Costs in the Railway Sector
    ÉCOLE POLYTECHNIQUE FÉDÉRALEDE LAUSANNE ENAC - INTER PRICESPRICES AND AND COSTS COSTS ININ THE THE RAILWAY RAILWAY SECTOR SECTOR J.P.J.P. Baumgartner Baumgartner ProfessorProfessor JanuaryJanuary2001 2001 EPFL - École Polytechnique Fédérale de Lausanne LITEP - Laboratoire d'Intermodalité des Transports et de Planification Bâtiment de Génie civil CH - 1015 Lausanne Tél. : + 41 21 693 24 79 Fax : + 41 21 693 50 60 E-mail : [email protected] LIaboratoire d' ntermodalité des TEP ransports t de lanification URL : http://litep.epfl.ch TABLE OF CONTENTS Page 1. FOREWORD 1 2. PRELIMINARY REMARKS 1 2.1 The railway equipment market 1 2.2 Figures and scenarios 1 3. INFRASTRUCTURES AND FIXED EQUIPMENT 2 3.1 Linear infrastructures and equipment 2 3.1.1 Studies 2 3.1.2 Land and rights 2 3.1.2.1 Investments 2 3.1.3 Infrastructure 2 3.1.3.1 Investments 2 3.1.3.2 Economic life 3 3.1.3.3 Maintenance costs 3 3.1.4 Track 3 3.1.4.1 Investment 3 3.1.4.2 Economic life of a main track 4 3.1.4.3 Track maintenance costs 4 3.1.5 Fixed equipment for electric traction 4 3.1.5.1 Investments 4 3.1.5.2 Economic life 5 3.1.5.3 Maintenance costs 5 3.1.6 Signalling 5 3.1.6.1 Investments 5 3.1.6.2 Economic life 6 3.1.6.3 Maintenance costs 6 3.2 Spot fixed equipment 6 3.2.1 Investments 7 3.2.1.1 Points, switches, turnouts, crossings 7 3.2.1.2 Stations 7 3.2.1.3 Service and light repair facilities 7 3.2.1.4 Maintenance and heavy repair shops for rolling stock 7 3.2.1.5 Central shops for the maintenance of fixed equipment 7 3.2.2 Economic life 8 3.2.3 Maintenance costs 8 4.
    [Show full text]
  • Integrity Requirements for Settings and Locations of Locomotives and Other Rolling Stock Barbara Wyatt, 4-9-09
    National Register Policy Clarification Integrity Requirements for Settings and Locations of Locomotives and Other Rolling Stock Barbara Wyatt, 4-9-09 This paper examines the integrity of setting that must be evident for locomotives and other rolling stock to qualify for National Register listing.1 The intent of the paper is to clarify guidelines regarding movable resources that have been published in various NR bulletins, and to explain their application to locomotives. It is not the purpose of this paper to reinterpret the content of the bulletins, but to seek clarity and consistency among them, specifically related to integrity requirements for rolling stock. Current and past practices regarding this aspect of integrity have been questioned recently, although other aspects of integrity--location, feeling, association, design, workmanship, and materials--have not been problematic. Many movable resources are listed in the National Register, including aircraft, trolleys, ships, and locomotives. Usually they are listed under Criterion A, for their association with an aspect of transportation history or an important event, or under Criterion C for their engineering and design significance. The majority of settings of listed locomotives correspond with the clarification set forth in this paper, but some do not; however, past interpretations made in error do not establish a precedent for all nominations that follow. Instead, misunderstandings that may have led to certain evaluations and listings will be clarified, so that those preparing or reviewing nominations in the future will have a common understanding. Interpreting Existing Bulletins for Locomotives and Other Moving Stock Locomotives are rarely specifically mentioned in the National Register bulletins, but parallels can be drawn with other movable resources that are mentioned.
    [Show full text]
  • Section 10 Locomotive and Rolling Stock Data
    General Instruction Pages Locomotive and Rolling Stock Data SECTION 10 LOCOMOTIVE AND ROLLING STOCK DATA General Instruction Pages Locomotive and Rolling Stock Data SECTION 10 Contents 3801 Limited Eveleigh - Locomotives................................................................................................................3 3801 Limited Eveleigh - Passenger Rolling Stock...............................................................................................3 3801 Limited Eveleigh - Freight Rolling Stock ...................................................................................................3 Australian Traction Corporation - Locomotives ................................................................................................3 Australian Traction Corporation - Freight Rolling Stock....................................................................................3 Australian Railway Historical Society A.C.T. Division – Locomotives................................................................3 Australian Railway Historical Society A.C.T. Division – Rail Motors ..................................................................4 Australian Railway Historical Society A.C.T. Division – Passenger Rolling Stock...............................................4 Australian Railway Historical Society A.C.T. Division – Freight Rolling Stock....................................................4 Australian Rail Track Corporation Ltd - Special Purpose Rolling Stock..............................................................4
    [Show full text]
  • Development of Class 800/801 High-Speed Rolling Stock for UK Intercity Express Programme
    646 Hitachi Review Vol. 63 (2014), No. 10 Featured Articles Development of Class 800/801 High-speed Rolling Stock for UK Intercity Express Programme Andrew Rogers OVERVIEW: Hitachi was formally awarded a rolling stock manufacturing Chris Robinson and maintenance contract for the UK IEP project in July 2012 through Koji Agatsuma Agility Trains Ltd. Including additional orders, the contract covers the manufacture of a total of 866 cars and the provision of maintenance services Mitsuo Iwasaki for a period of 27.5 years. With a total value of 5.8 billion pounds, the IEP Satoru Inarida, Dr. Eng. is the largest project in the history of British railways, and is intended to Takahisa Yamamoto replace the aging rolling stock on the UK’s East Coast Main Line and Great Kenta Konishi Western Main Line, which run between London and other major cities in the Toshihiko Mochida UK. The Class 800/801 rolling stock for the IEP was developed based on the A-train concepts of lightweight aluminum carbodies and self-supporting interior modules by taking technologies developed in Japan to provide lighter weight and higher speed and applying them to UK railway systems. It will contribute to the provision of high-quality and reliable railway services, with commercial operation scheduled to commence in 2017, following operation trials in the UK that will start in 2015. (ECML) and Great Western Main Line (GWML), that INTRODUCTION have been in service for more than 30 years(1). The IEP HITACHI developed the Class 800/801 rolling stock is an initiative of the UK Department for Transport.
    [Show full text]
  • Rolling Stock Nominations Helpful Hints
    RESEARCH and ITEMS to INCLUDE in a Rolling Stock Nominations NATIONAL REGISTER1 or STATE REGISTER NOMINATION Please use this checklist to ensure that your State or National Register nomination for a railcar, locomotive, or other rolling stock is complete in conjunction with the nomination form’s checklist. The nomination should address the topics below and the listed information sources, at a minimum, should be consulted and referenced. F Naming Conventions F Track Gauge (Standardized Reporting Marks) Note if narrow or standard as integral to the Lettering and numbering painted on the side of a description. locomotive or car. The first time presented in a written document: F Reconfigurations (structural changes) - Railroad Name Written Out + Type of Car + No. + car Alterations often include exterior reinforcement and number repair, interior cosmetic changes, and technological - e.g. Denver & Rio Grande Western Stock Car No. 5665 Thereafter: updates such as brake systems, heating/cooling, - Railroad name abbreviation + No. + car number truck suspension, door locks, etc. Train cars are made to be heavily used and reconfigurations were F Route Map (map showing the approximate track common. However, description should also include route the car traveled) a discussion of how much original material remains Because these maps changed over time, the map on the car. Key original components are the running included in the nomination should reflect the time gear (trucks, brake rigging, couplers) and frame (sills period for which the car is nominated. Communi- and end beams). Helpful Hints cating the geography of where a train car traveled is paramount to conveying its significance. F Folio sheet (rolling stock blueprint) A folio sheet is an engineering blueprint created when a train car was built.
    [Show full text]
  • Modernizing Metra & Investing in Our Future Chapter 1: Positive Train Control (Ptc) & Rolling Stock Back
    MODERNIZING METRA & INVESTING IN OUR FUTURE CHAPTER 1: POSITIVE TRAIN CONTROL (PTC) & ROLLING STOCK BACKGROUND Maintaining Metra’s extensive system in a state of good repair is the agency’s biggest challenge. State of Good Repair (SGR) is achieved when the preventative maintenance and rehabilitation needs of all assets are met within the recommended timeframe, and no component remains in service beyond its useful life. The long‐lasting nature of railroad assets gives a false impression of a fixed asset that does not wear out, but safe and reliable service depends on the perpetual maintenance and replacement of a diverse set of components: track, signals, electrical and communications equipment, rolling stock, bridges, support facilities and vehicles, and stations and customer parking facilities. The continued deferral of capital projects has far‐reaching consequences. As components degrade, service reliability suffers. A single breakdown can affect multiple lines; the failure of an important control point, for example, disrupts service on entire portions of Metra’s system. As unexpected problems occur, trains are delayed and crews must work longer hours or unscheduled shifts, driving up labor costs. The poor condition of one component can accelerate wear and tear on other components— for example, track condition affects the operation of rolling stock, and vice versa. As labor and repair costs rise, more dollars are diverted from capital needs, and capital maintenance is further deferred. Losses in ridership—and fare revenue—follow the decline in service quality and reliability, meaning that even fewer funds are available to sustain the system, and the downward spiral continues. Not only does this cycle degrade the existing system, but meaningful enhancements or extensions of service to meet the region’s changing transportation needs may not be feasible.
    [Show full text]
  • Robert A. Frederick Railroad Photographs, 1891–1980S
    Collection # P486 ROBERT A. FREDERICK RAILROAD PHOTOGRAPHS, 1891–1980S Collection Information Biographical Sketch Scope and Content Note Series Contents Cataloging Information Processed by Kurt Jung, 2007 Revised by Warner Clark and Dorothy A. Nicholson December 2011 Manuscript and Visual Collections Department William Henry Smith Memorial Library Indiana Historical Society 450 West Ohio Street Indianapolis, IN 46202-3269 www.indianahistory.org COLLECTION INFORMATION VOLUME OF 1 half size manuscript box COLLECTION: 11 photograph boxes 2 OVA photograph folders COLLECTION 1891–1980s DATES: PROVENANCE: Terry Royalty Auctioneer, 1997 RESTRICTIONS: None COPYRIGHT: I.H.S. does not own copyright to all images in this collection. Only images with Robert A. Frederick stamp on verso are copyrighted by I.H.S. REPRODUCTION Researchers must contact individual photographers listed on RIGHTS: verso of photographs for permission to publish. ALTERNATE FORMATS: RELATED HOLDINGS: ACCESSION 1997.0680 NUMBER: NOTES: BIOGRAPHICAL SKETCH Robert A. Frederick was born June 3, 1924 in Indianapolis. Mr. Frederick was a life-long employee of the Pennsylvania Railroad. According to an article in the collection featuring Frederick, he was a Pennsylvania Railroad engineer and began working on the railroad about 1942. The article also stated that he was an avid model railroader. Frederick photographed trains and also purchased photographs from others. He acquired many images of Pennsylvania Railroad property; which at the time was the largest (by traffic and revenue) railroad in the U.S.A. The Polk City Directories list him as an engineer for the Pennsylvania Railroad in 1964 and 1965. These same directories also list him as residing at the same address on the southeast side of Metropolitan Indianapolis in 1997.
    [Show full text]
  • Rolling Stock: Locomotives and Rail Cars
    Rolling Stock: Locomotives and Rail Cars Industry & Trade Summary Office of Industries Publication ITS-08 March 2011 Control No. 2011001 UNITED STATES INTERNATIONAL TRADE COMMISSION Karen Laney Acting Director of Operations Michael Anderson Acting Director, Office of Industries This report was principally prepared by: Peder Andersen, Office of Industries [email protected] With supporting assistance from: Monica Reed, Office of Industries Wanda Tolson, Office of Industries Under the direction of: Deborah McNay, Acting Chief Advanced Technology and Machinery Division Cover photo: Courtesy of BNSF Railway Co. Address all communication to Secretary to the Commission United States International Trade Commission Washington, DC 20436 www.usitc.gov Preface The United States International Trade Commission (USITC) has initiated its current Industry and Trade Summary series of reports to provide information on the rapidly evolving trade and competitive situation of the thousands of products imported into and exported from the United States. Over the past 20 years, U.S. international trade in goods and services has risen by almost 350 percent, compared to an increase of 180 percent in the U.S. gross domestic product (GDP), before falling sharply in late 2008 and 2009 due to the economic downturn. During the same two decades, international supply chains have become more global and competition has increased. Each Industry and Trade Summary addresses a different commodity or industry and contains information on trends in consumption, production, and trade, as well as an analysis of factors affecting industry trends and competitiveness in domestic and foreign markets. This report on the railway rolling stock industry primarily covers the period from 2004 to 2009, and includes data for 2010 where available.
    [Show full text]
  • Military Rail
    [HOW TO REQUEST AND CONDUCT] [A RAIL MOVEMENT] MILITARY RAIL Written by: William Armstrong Imagine this, you’re sitting at your desk one morning when the phone rings and you learn of a major exercise planned six months from now newsletter involving several vehicles and equipment that are needed from your unit. Knowing the most ecient means of transporting all of your unit’s gear can save you time, resources, and money. First ask yourself, “What do I need to ship?” Practically anything can be shipped by rail. Ultimately it’s the Surface Deployment Distribution Command (SDDC) that makes a rail movement happen for you. Next, identify where your Installation Volume 1 • Issue 1 Transportation Oce (ITO) is located for the base that you work on and take your shipping list there to get a cost estimate. If you’re in a Guard or [WHY USE MILITARY RAIL?] January 2016 Reserve unit (or your base doesn’t have an ITO) you can always go directly to the SDDC and request a cost estimate. Written by: William Armstrong Contact: [email protected] e SDDC can generate price quotes for you showing whether it’s cheaper to move by air, sea, truck or train. Alternate rail node locations can also be During World War II, as General Patton’s ird Army dashed across Europe, the U.S. military railroaders helped to keep his army moving. Fuel presented to you on where you can load and/or unload your equipment from the rail. Remember, rail nodes are near practically every military trucks that tried to support Patton’s tanks encountered longer and longer distances resulting in mounting strain to both personnel and base, Reserve center and Guard center in the United States, so if you don’t know where a rail node location is near you, the ITO or SDDC equipment.
    [Show full text]
  • US Manufacture of Rail Vehicles for Intercity
    ! "#$#!%&'()&*+(,-!.)!/&01! 2-30*1-4!).,!5'+-,*0+6! 7&44-'8-,!/&01!&'9! ",:&'!;,&'40+! ! ! !"#$%&'"()$*+"!+$%,-*-" ! ! %&,*6!B.C-?!$&.,0!;.D(.D&?!E,04+-'!F(:&6?! <('-!=>?!=@A@! &'9!G&,6!G-,-))0! ! H.'+,0:(+0'8!HGGH!,-4-&,*3-,I!;&10!;,088! ! ! ! ! ./0/"1$+&2$34&5'"62"7$*%"#')*3%'-"265"8+4'53*4,"9$--'+:'5"7$*%"$+;".5<$+"=5$+-*4" This research was prepared on behalf of Apollo Alliance with support from the Rockefeller Foundation and Surdna Foundation. The authors would like to thank Matt Mayrl of the Apollo Alliance for comments on early drafts. Many thanks also to the following reviewers: Doug Bowen, Chandra Brown, Nora Friend, Ruggero Golini, Dennis Harwig, Hatsuhiko Kageyama, Mike Mekhiche, Richard Moss, Matthew Palilla, Mike Pracht, Maryanne Roberts, Robin Stimson, and Chuck Wochele. Errors of fact or interpretation remain exclusively with the authors. We welcome comments and suggestions. The lead author can be contacted at [email protected]. List of Abbreviations APMs Automated People Movers ARRA American Recovery and Reinvestment Act CNR China North Locomotive and Rolling Stock Industry Group CSR China South Locomotive and Rolling Stock Industry Group DMUs Diesel Multiple Units EMUs Electric Multiple Units EMD Electro Motive Diesel EWI Edison Welding Institute FRA Federal Railroad Administration FTA Federal Transit Administration HSR High Speed Rail IAMAW International Association of Machinists IBEW International Brotherhood of Electrical Workers LRT Light Rail Transit NAICS North American Industry Classification System OEM Original Equipment Manufacturer PRIIA Passenger Rail Investment and Improvement Act of 2008 UNIFE Union des Industries Ferroviaires Européennes U.S. PIRG Federation of State Public Interest Research Groups Photo Permissions: Cover photo by Dave Wilcox (2008), Tostie14, (2005) and Doug Beghtel (2009) © June 22, 2010.
    [Show full text]
  • Vehicle Suspension Systems
    Railway Technical Web Pages Archive Page Vehicle Suspension Systems Introduction Almost all railway vehicles use bogies (trucks in US parlance) to carry and guide the body along the track. Bogie suspension design is a complex and difficult science which has evolved over many years. Some of the significant steps in progress are described here. See also Wheels and Bogies, Bogie Parts and Coach Parts pages. Development It was recognised very early in the development of railways that the interface between vehicle body and wheel needed some sort of cushion system to reduce the vibration felt as the train moved along the line. This was already part of road coach design and took the form of leaf (laminated) steel springs mounted on the axles, upon which the vehicle body rested. Railways in the UK used the same principle, as shown in Figure 1:. Figure 1: Traditional laminated steel suspension as applied to axlebox. Diagram: Author. The spring consisted of a set of different length steel plates arranged with the longest at the top and the shortest at the base of the set. They were held together with a steel strap in the centre. This strap formed the point of contact with the axlebox. The laminations or "leaves" of steel gave rise to the "leaf spring" name more commonly used today. They were also referred to as"elliptical" springs, on account of the curved shape they often formed. The top steel plate of the spring was secured to the vehicle underframe by having the ends wrapped round steel pins. The pins, two for each spring assembly, were fixed to the underframe.
    [Show full text]