Reshaping Moscow
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Tram Potential
THE INTERNATIONAL LIGHT RAIL MAGAZINE www.lrta.org www.tautonline.com JULY 2019 NO. 979 GROWING LONDON’S TRAM POTENTIAL Brussels congress debates urban rail safety and sustainability Doha launches Metro Red line service US raises Chinese security concerns India plans ‘Metrolite’ for smaller cities Canberra Energy efficiency £4.60 Realising a 100-year Reduced waste and light rail ambition greater profitability 2019 ENTRIES OPEN NOW! SUPPORTED BY ColTram www.lightrailawards.com CONTENTS 244 The official journal of the Light Rail Transit Association 263 JULY 2019 Vol. 82 No. 979 www.tautonline.com EDITORIAL EDITOR – Simon Johnston [email protected] ASSOCIATE EDITOr – Tony Streeter [email protected] WORLDWIDE EDITOR – Michael Taplin [email protected] 256 NewS EDITOr – John Symons [email protected] SenIOR CONTRIBUTOR – Neil Pulling WORLDWIDE CONTRIBUTORS Tony Bailey, Richard Felski, Ed Havens, Andrew Moglestue, Paul Nicholson, Herbert Pence, Mike Russell, Nikolai Semyonov, Alain Senut, Vic Simons, Witold Urbanowicz, Bill Vigrass, Francis Wagner, Thomas Wagner, Philip Webb, Rick Wilson PRODUCTION – Lanna Blyth Tel: +44 (0)1733 367604 [email protected] NEWS 244 saving energy, saVING COST 258 Doha opens Metro Red line; US politicians Len Vossman explains some of the current DESIGN – Debbie Nolan raise Chinese security concerns; Brussels initiatives driving tramway and metro ADVertiSING celebrates ‘tramway 150’; Arizona’s Valley energy efficiency. COMMERCIAL ManageR – Geoff Butler Tel: +44 (0)1733 367610 Metro extends to Gilbert Rd; Bombardier [email protected] UK to build new Cairo monorail; Luas-style SYSTEMS FACTFILE: london trams 263 PUBLISheR – Matt Johnston system proposed for Ireland’s Cork; Neil Pulling looks at developments on the Kent-Essex tramway is feasible; India UK network formerly known as Tramlink. -
Mobility Solutions for Mandalay, Myanmar Ratul Arora Bombardier
Mobility solutions for Mandalay, Myanmar Ratul Arora Bombardier Transportation PRIVATE AND CONFIDENTIAL AND PRIVATE © Bombardier Inc. or its subsidiaries. All rights reserved. AllInc.itssubsidiaries.or Bombardier © 1 BOMBARDIER 1 Our Profile TRANSPORTATION 2 Bombardier in Asia Pacific 3 Mandalay’s need 4 Bombardier’s product PRIVATE AND CONFIDENTIAL AND PRIVATE © Bombardier Inc. or its subsidiaries. All rights reserved. AllInc.itssubsidiaries.or Bombardier © 2 Overview Bombardier Transportation Bombardier Aerospace (Fiscal year ended December 31, 2014) (Fiscal year ended December 31, 2014) PRIVATE AND CONFIDENTIAL AND PRIVATE . Revenues: $9.6 billion . Revenues: $10.5 billion . Order backlog1): $32.5 billion . Order backlog1): $36.6 billion © Bombardier Inc. or its subsidiaries. All rights reserved. AllInc.itssubsidiaries.or Bombardier © rights reserved. AllInc.itssubsidiaries.or Bombardier © . Customers in more than 60 countries . Customers in more than 100 countries . Employees1): 39,700 . Employees1): 34,100 . Headquarters in Berlin, Germany . Headquarters in Montréal, Canada 1) As of December 31, 2014 3 3 BOMBARDIER A diversified company Breakdown by revenues* Breakdown by workforce** Transportation Transportation 48% 54% 46% 52% Aerospace Aerospace CONFIDENTIAL AND PRIVATE © Bombardier Inc. or its subsidiaries. All rights reserved. AllInc.itssubsidiaries.or Bombardier © Total Revenues: $20.1 billion 73,800 employees * for fiscal year ended December 31, 2014 4 ** for fiscal year at December 31, 2014 BOMBARDIER TRANSPORTATION Global expertise – local presence North America Europe 16% 67% 23% 66% Asia-Pacific 11% Rest of world1) 9% CONFIDENTIAL AND PRIVATE 6% 2% © Bombardier Inc. or its subsidiaries. All rights reserved. AllInc.itssubsidiaries.or Bombardier © Total BT revenues 2014: 9.6$B Total BT employees2): 39,700 Global Headquarters 80 production/engineering sites & service centres Present in > 60 countries In 28 countries Note: As at December 31, 2014 5 1) Rest of world includes CIS (incl. -
G.Pullaiah College of Engineering And
G.PULLAIAH COLLEGE OF ENGINEERING AND TECHNOLOGY: KURNOOL DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING CLASS/SEM: IV.B.Tech I-SEM SUB: UTILISATION OF ELECTRICAL ENERGY UNIT-III BASIC TERMS AND DEFINITIONS: Traction System The system that causes the propulsion of a vehicle in which that driving force or tractive force is obtained from various devices such as electric motors, steam engine drives, diesel engine dives, etc. is known as traction system. Types of Traction Traction system may be broadly classified into two types. They are electric traction systems, which use electrical energy, and non-electric traction system, which does not use electrical energy for the propulsion of vehicle. Braking The process of bringing the motor to rest within the pre-determined time is known as braking. Electric Braking The kinetic energy of the rotating parts of the motor is converted into electrical energy which in turn is dissipated as heat energy in a resistance or in sometimes, electrical energy is returned to the supply. Here, no energy is dissipated in brake shoes. Mechanical Braking The kinetic energy of the rotating parts is dissipated in the form of heat by the brake shoes of the brake lining that rubs on a wheel ofvehicle or brake drum. Drive Drive is a system used to create the movement of electric train. CONCEPTS The system that causes the propulsion of a vehicle in which that driving force or tractive force is obtained from various devices such as electric motors, steam engine drives, diesel engine dives, etc. is known as traction system. Traction system may be broadly classified into two types. -
Emilio Rodrãguez Nr3.Ps
ISSN: 1402-1757 ISBN 978-91-7583-XXX-X Se i listan och fyll i siffror där kryssen är LICENTIATE T H E SIS Department of Civil, Environmental and Natural Resources Engineering Division of Operation, Maintenance and Acoustics Robustness Circuits’ Track Emilio Rodríguez Martínez ISSN 1402-1757 Track Circuits’ Robustness ISBN 978-91-7583-045-2 (print) ISBN 978-91-7583-046-9 (pdf) Modeling, Measurement and Simulation Luleå University of Technology 2014 Modeling, Measurement and Simulation Modeling, Emilio Rodríguez Martínez TRACK CIRCUITS’ ROBUSTNESS Modelling, measurement and simulation Emilio Rodríguez Martínez Operation and Maintenance Engineering Luleå University of Technology Printed by Luleå University of Technology, Graphic Production 2014 ISSN 1402-1757 ISBN 978-91-7583-045-2 (print) ISBN 978-91-7583-046-9 (pdf) Luleå 2014 www.ltu.se ACKNOWLEDGEMENTS The research presented in this thesis has been carried out at the Operation and Maintenance division and funded by the European Community´s Framework Programme FP7/2007-2013 under grant agreement no. ”285259”, TREND project. I would like to thank them for providing the support to perform this licentiate, based on that research. The project was supervised by Prof. Diego Galar, Prof. Uday Kumar and Dr. Stefan Niska. They gave the support, guidance and valuable advice to help me to develop my ideas, allowing me to complete this licentiate. I would like to express also my sincere gratitude to the partners in the consortium, which consists of CEIT, CAF I+D, CEDEX, IFSTTAR, York EMC Services and, in special, to Trafikverket. I worked together with Dr. Stefan Niska from Trafikverket and his cooperation, kind personality and help made this journey much easier, making me feel like one more of their team members. -
41 Dáil Éireann
(Supplementary Order Paper) 41 DÁIL ÉIREANN Dé Céadaoin, 10 Bealtaine, 2017 Wednesday, 10th May, 2017 12 meán lae 12 noon GNÓ COMHALTAÍ PRÍOBHÁIDEACHA PRIVATE MEMBERS' BUSINESS Fógra i dtaobh Leasuithe ar Thairiscint : Notice of Amendments to Motion 102. “That Dáil Éireann: recognises: — that transport and travel trends within the Greater Dublin Area are unsustainable, congestion is increasing, transport emissions are growing, economic competitiveness is suffering and quality of life for commuters and inhabitants is declining; — the capacity of the Dublin region as a destination for living, visiting and for locating and doing business is being seriously undermined; — that significant actions are required to increase capacity and usability of public transport, to better manage traffic during peak periods and to reduce the private car share dependence by commuting traffic especially; — that the population in the Greater Dublin Area is expected to grow by 22 per cent to 1.8 million by 2030 and by 26 per cent to 700,000 in the Mid-East Region alone including Kildare, Meath and Wicklow and increasing investment in rail services including the Dublin Area Rapid Transport (DART) expansion, as well as vital bus services including Bus Rapid Transit, is absolutely essential; — that this Government lacks a comprehensive vision and strategic plan for how to cope with future public transport demand in the core Dublin City Area as well as the Greater Dublin Area; and — that the Capital Plan is emblematic of the lack of ambition, vision and forward planning for public transport; acknowledges: — that many of the main arterial routes into Dublin, including the M50, either have already reached operational capacity or are expected to reach capacity in the near future; — the lack of preparation and forward planning for the impact of the Luas Cross City, including the impact of its construction on city trade and mobility; P.T.O. -
Foreign Student Guide Start the Journey to Your Next Degree Welcome MAI 3 International Office 6
Moscow Aviation Institute Foreign Student Guide start the journey to your next degree Welcome MAI 3 International office 6 On-arrival checklist 8 MAI Life 11 Sports 11 Arts 12 Sci and other 13 Language 14 Campus map 16 Around 19 Transport 20 INDEX Phone carriers 22 Money 23 Apps 24 Moscow 27 Space-related 28 Arts and activities 30 Authentic stuff 32 WELCOME TO MAI Dear students, I am proud to welcome you to The Moscow Aviation Institute, National Research University! You’re opening one of the most important chapters of your life: your career starts here. MAI will provide you not only with advanced theoretical knowledge, but also with skills in system- atic thinking, research experience, design and project man- agement in high-tech industries. Remember that each hour of studyies can save months of your future work. We hope your university years will be memorable. MAI pro- vides a great variety of activities you may join with your fellow students. I encourage you to make the most of your education and student life. To think and act as a future aviation and aerospace professional. As a person, who will build the future itself. Mikhail A. Pogosyan Rector of Moscow Aviation Institute 5 MAI STUDENT GUIDE 3 & 12 faculties 22000 students Unique R D resources and tech park in 6 cities incl. 600+ & international students • 1.5m USD in R D each year • 140+ research facilities • 5 student design bureaus • Mission control center • Airdrome scale new • Experimental plant • Business-development center Since 1930 heights Providing education and research among all the life cycle stages of aviation and aerospace technology Alumni an honour 50+ research 250 heads of design 1800 teachers and members of the Russian and CEO in aerospace Academy of Sciences organizations incl. -
Innovative Technologies for Light Rail and Tram: a European Reference Resource
Innovative Technologies for Light Rail and Tram: A European reference resource Briefing Paper 4 Traction Battery - NiMH and PRIMOVE Systems September 2015 Sustainable transport for North-West Europe’s periphery Sintropher is a five-year €23m transnational cooperation project with the aim of enhancing local and regional transport provision to, from and withing five peripheral regions in North-West Europe. INTERREG IVB INTERREG IVB North-West Europe is a financial instrument of the European Union’s Cohesion Policy. It funds projects which support transnational cooperation. Innovative technologies for light rail and tram Working in association with the POLIS European transport network, who are kindly hosting these briefing papers on their website. Report produced by University College London Lead Partner of Sintropher project Authors: Charles King, Giacomo Vecia, Imogen Thompson, Bartlett School of Planning, University College London. The paper reflects the views of the authors and should not be taken to be the formal view of UCL or Sintropher project. 4 Innovative technologies for light rail and tram Table of Contents Background .................................................................................................................................................. 6 Innovative technologies for light rail and tram – developing opportunities ................................................... 6 Traction Battery Trams ................................................................................................................................ -
Introduction
Introduction The purpose of this document is to outline my vision for Ireland in 2040. I write this document in the context of lessons learned from Irish planning and transport history, specifically, the history of the M50 Dublin orbital motorway and its hinterland. Using this initial context and the lessons to be learned as a back drop I will outline my vision of Ireland in 2040 and beyond breaking it down into the following sections Planning, National Infrastructure, Regional Infrastructure and Miscellaneous I am cognisant that what I envision may seem extraordinary for today’s Ireland, however it is worth remembering that 30 short years ago, the M50 was an extraordinary project yet we didn’t envision that today over 159,000 vehicles per day would use it. Let us learn from history and plan for 2040 with these lessons to the forefront of our imagination and designs. Context M50 & Hinterland Initially conceived in 1971 as part of the Dublin Transportation Study, the M50 was intended to be an orbital bypass of the city. Construction began in 1987 with work being carried out in sections. By the time the project was completed in 2005 the M50 was already at capacity and overwhelmed by a very different requirement, namely suburban commuters. Upgrades started in 2006 to expand and relieve congestion. How could this have happened? Since the original plan was for a bypass to remove mainly HGV, regional and national traffic from Dublin city centre the expected volumes of traffic and the traffic density were not designed for. Junctions were not free flow and two lanes was considered enough to handle capacity. -
Brussels Metro to Grow As Pre-Metro Shrinks
BRUSSELS METRO TO GROW … AS PRE-METRO SHRINKS by Geoffrey Skelsey The recent announcement that preliminary work was to start on the extension of Brussels Metro line 3, and the conversion to Metro operation of the existing tram-worked pre-metro line, makes it timely to review the story of the line, and of the pre-metro concept. This will be the latest development in a conversion programme which began in 1976 on line 1, followed in 1988 on line 2. THE BIRTH OF THE ‘PRE-METRO’. The pre-metro is often thought to have originated in Belgium and (West) Germany, but it is a sad reflection on a lack of impetus in British transport projects that amongst the earliest formulations of a system of tram subways linking segregated suburban feeder lines occurred in Leeds and Glasgow around the end of the Second World War. The Leeds transport manager, W. Vane Morland, after pre- war study tours in Sweden and Boston, drew up proposals in 1944 for intersecting tunnels below the city centre leading to a network of high-quality suburban tramways (or ‘light rail lines’ as they would now be called). The city went some way towards achieving the second part of the project, with ‘express’ tramways extending east and south of the city, and other planned, some of which were completed as late as 1949. Exploratory work was undertaken by the City Engineer, including trial borings for tunnels extending east-west and north-south, with a two-level interchange station below City Square. In 1948 Eric Fitzpayne, Glasgow’s enterprising transport manager, produced similar plans, with the important addition of proposals to reuse underexploited local railways with tram-type vehicles. -
ANC6A Resolution No. 2021-002
ANC 6A RESOLUTION NO. 2021-002 Resolution regarding ANC 6A support for completing the DC Streetcar from Benning Road Metro Station to Georgetown as Planned and Promised WHEREAS, Advisory Neighborhood Commissions (ANCs) were created to “advise the Council of the District of Columbia, the Mayor, and each executive agency with respect to all proposed matters of District government policy,” including transportation and economic development; WHEREAS, public transportation is a shared public benefit and can only function as such when it’s shared with all neighborhoods; WHEREAS, ANC 7E recently passed a resolution of support for the streetcar extension to Benning Road Metro station; WHEREAS, the District Department of Transportation (DDOT) recently published its Final Environmental Assessment where it found the extension to Benning Metro Station is the preferred alternative and only feasible alternative from an engineering perspective; WHEREAS, the eastward extension to Benning Road Metro is the only feasible alternative that provides a multi-modal connection to Metro; WHEREAS, the eventual westward extension to Georgetown would establish the only east-west rail-transit option for travel all the way to Georgetown; WHEREAS, the eventual westward extension to Georgetown would be the first and only fully unified transit system from eastern portions of the District to Georgetown; WHEREAS, the full streetcar route from Benning Road Metro to Georgetown would provide an enjoyable and robust east-west transportation option for residents in ward 6 and -
Benning Road Reconstruction and Streetcar Project
Benning Road Reconstruction and Streetcar Project overview The District Department of Transportation (DDOT) has initiated the final design phase of the Benning Road Reconstruction and Streetcar Project. This final design phase will continue the work to improve the Benning Road corridor to safely and efficiently accommodate all modes of transportation following the approval of the Benning Road and Bridges Transportation Improvements Environmental Assessment (EA) in November 2020. The draft EA was published in 2016 and modified during the preliminary engineering phase of the project in 2019 and 2020. The project will improve safety conditions and operations, address deficiencies in infrastructure, and provide additional transit options in Ward 7 and Ward 5 and along the approximately two miles of Benning Road NE from Oklahoma Avenue NE to East Capitol Street. This includes: • Enhancing safety and operations along the • Enhancing and installing pedestrian and bicycle corridor and at key intersections facilities • Improving transportation infrastructure conditions • Extending DC Streetcar transit service to the Benning Road Metrorail station • Rehabilitating roadways and bridges that cross the Anacostia River, DC-295, and CSX freight rail tracks Community needs, preferences, and input voiced during past studies—including the DC Transit Future System Plan, DDOT Benning Road Streetcar Extension Study, and Benning Road Corridor Redevelopment Framework Plan and EA—will help shape and inform the project to improve access, operations, and safety for all users along Benning Road Public involvement will be continuous throughout this next phase of the project, which seeks to connect Ward 7 and Ward 5 neighborhoods to employment, activity centers, the regional Metrorail system, and multimodal transportation services at Union Station. -
Introduction
INTRODUCTION Other Transportation Documents This report is a TMP (Transportation Management Plan) for the This TMP is just one of several transportation new DC United Stadium in the Buzzard Point neighborhood of efforts/reports that will be performed for the new DC Washington, D.C. This TMP was prepared in coordination with a United Stadium. Other efforts will include a partnership between the District of Columbia government, Transportation Impact Analysis (TIA) presented via an including the DC Department of Transportation (DDOT), and Environmental Mitigation Study (EMS) and a the ownership of the DC United professional soccer club. Transportation Operations Plan (TOP). This TMP document is a planning-level report that summarizes The TIA will contain a detailed technical review of the travel characteristics of Stadium patrons, reviews intersection capacity, as well as impacts to other modes of travel on game-days. It is intended to identify comparable stadiums, and outlines recommendations for each the amount of additional transportation activity mode of transportation for accommodating game-day expected during game-days and will recommend transportation needs. It is intended to be the guiding document mitigation measures to alleviate concerns. This will be that outlines transportation strategies that other included in the EMS for the new Stadium. This TMP transportation efforts and actions follow. As such, it will be document will be coordinated with the TIA by providing updated several times prior to the expected inaugural season in information on patron travel characteristics and strategies to manage demand. 2017. The TOP, prepared closer to the stadium’s opening, This report is written assuming that the new DC United Stadium acts as an operations “how to” manual.