Railway Liberalisation Is Bearing Fruit
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Case of High-Speed Ground Transportation Systems
MANAGING PROJECTS WITH STRONG TECHNOLOGICAL RUPTURE Case of High-Speed Ground Transportation Systems THESIS N° 2568 (2002) PRESENTED AT THE CIVIL ENGINEERING DEPARTMENT SWISS FEDERAL INSTITUTE OF TECHNOLOGY - LAUSANNE BY GUILLAUME DE TILIÈRE Civil Engineer, EPFL French nationality Approved by the proposition of the jury: Prof. F.L. Perret, thesis director Prof. M. Hirt, jury director Prof. D. Foray Prof. J.Ph. Deschamps Prof. M. Finger Prof. M. Bassand Lausanne, EPFL 2002 MANAGING PROJECTS WITH STRONG TECHNOLOGICAL RUPTURE Case of High-Speed Ground Transportation Systems THÈSE N° 2568 (2002) PRÉSENTÉE AU DÉPARTEMENT DE GÉNIE CIVIL ÉCOLE POLYTECHNIQUE FÉDÉRALE DE LAUSANNE PAR GUILLAUME DE TILIÈRE Ingénieur Génie-Civil diplômé EPFL de nationalité française acceptée sur proposition du jury : Prof. F.L. Perret, directeur de thèse Prof. M. Hirt, rapporteur Prof. D. Foray, corapporteur Prof. J.Ph. Deschamps, corapporteur Prof. M. Finger, corapporteur Prof. M. Bassand, corapporteur Document approuvé lors de l’examen oral le 19.04.2002 Abstract 2 ACKNOWLEDGEMENTS I would like to extend my deep gratitude to Prof. Francis-Luc Perret, my Supervisory Committee Chairman, as well as to Prof. Dominique Foray for their enthusiasm, encouragements and guidance. I also express my gratitude to the members of my Committee, Prof. Jean-Philippe Deschamps, Prof. Mathias Finger, Prof. Michel Bassand and Prof. Manfred Hirt for their comments and remarks. They have contributed to making this multidisciplinary approach more pertinent. I would also like to extend my gratitude to our Research Institute, the LEM, the support of which has been very helpful. Concerning the exchange program at ITS -Berkeley (2000-2001), I would like to acknowledge the support of the Swiss National Science Foundation. -
JEG Working Group on Reducing Energy Use in Transport
Working Group Under the Joint Expert Group on Transport and Environment Reduction of Energy Use in Transport Final Report 18.01.2006 Working Group Members T / Name Institution E-mail E Ministry of transport, Innovation and T REICHL Birgit [email protected] Technology T VANCURA Miroslav Ministry of Transport [email protected] E BENDL Jiri Ministry of Environment [email protected] Ministry of Transport and T VALLI Raisa [email protected] Communications Ministère de l'Ecologie et du [email protected] T PAIRAULT Olivier développement durable [email protected] E ZIEROCK Karl-Heinz Federal Environmental Agency [email protected] Ministry of Transport and T BASOLI Gianpaolo [email protected] Infrastructure National expert on the railways T GIARDA Monica [email protected] fields sr.policy advisor E KROON Martin [email protected] Ministerie VROM Adviser jacek.jaskiewicz@ E JASKIEWICZ Jacek Ministry of Environment mos.gov.pl Swedish Environmental Protection E HUNHAMMAR Sven [email protected] Agency Department for Environment, Food E WALLIS Alex and Rural Affairs, National Climate [email protected] Change Policy Division Department for Transport, Cleaner T BRIDGELAND Edward [email protected] Fuels and Vehicles European Commission E HODGSON Ian [email protected] DG ENV European Commission T SÖLDNER Franz Xaver [email protected] DG TREN JEG working group on reducing energy use in transport CONTENT -
Promoting Intermodality in the Alps.Pdf
Promoting Intermodality in the Alps Preliminary Conclusions of the Work Initiated Since the Conference of Regensburg At the Regensburg Conference the ministers instructed the Steering Committee to directly follow the progress of the measures that have been initiated to promote alternatives to road transport in the Alps and to advance intermodal freight traffic. These measures combine the optimisation of existing railway lines, the realisation of new, more suitable possibilities of crossing the Alps by rail and the establishment of specific financing mechanisms to take account of the considerable public investments. These political measures are being developed in particular within the framework of the European Union’s Trans-European Network Programme and the agreements between the EU and Switzerland regarding land-based transport. The expected modal transfer does not have the same weight for the various Alpine countries: While in Switzerland only 37% of freight transports are carried by road, the figure for Austria is 69% and for the French-Italian crossings 83%. The scale of the challenge is therefore not the same. Optimisation of Major, Cross-Border Railway Lines The forecasts for new, transalpine railway infrastructures up to 2022 cannot suffice to meet the goals of intermodality. Firstly, because the quality of the infrastructures must be supported by at least a corresponding quality of railway services, and also because all continuing damage to existing lines by the tracks endangers the subsequent balance of these investments. However, the major Alpine crossings support trade routes on a European scale. The improvement of services on each corridor and the progress of network interoperability must be agreed between several countries. -
Eighth Annual Market Monitoring Working Document March 2020
Eighth Annual Market Monitoring Working Document March 2020 List of contents List of country abbreviations and regulatory bodies .................................................. 6 List of figures ............................................................................................................ 7 1. Introduction .............................................................................................. 9 2. Network characteristics of the railway market ........................................ 11 2.1. Total route length ..................................................................................................... 12 2.2. Electrified route length ............................................................................................. 12 2.3. High-speed route length ........................................................................................... 13 2.4. Main infrastructure manager’s share of route length .............................................. 14 2.5. Network usage intensity ........................................................................................... 15 3. Track access charges paid by railway undertakings for the Minimum Access Package .................................................................................................. 17 4. Railway undertakings and global rail traffic ............................................. 23 4.1. Railway undertakings ................................................................................................ 24 4.2. Total rail traffic ......................................................................................................... -
Rail Annexes to the Fifth Annual Market Monitoring Report
IRG-Rail (17) 1a Independent Regulators’ Group – Rail Annexes to the fifth Annual Market Monitoring Report March 2017 Index Annex 1 – Definitions .............................................................................................................................. 3 Annex 2 – Main developments in 2015 ................................................................................................... 5 Annex 3 – Competition rules ................................................................................................................. 12 Annex 4 – List of regulatory decisions in 2015 ...................................................................................... 15 Annex 5 – Revenue of railway undertakings ......................................................................................... 23 IRG-Rail Market Monitoring Report - Annexes 2 Annex 1 – Definitions Undertakings providing services for the transport of goods and / or passengers and /or others on rail networks as defined in Directive 2012/34/EU. Exclude from Active railway perimeter undertakings having provided no service during the year.1 undertaking The nationality of railway undertakings refers to the country that delivered the railway undertaking license. Commercial service or All passenger services that do not fall within the scope of services provided under non-PSO service public service obligations (2015/1100/EC). Consecutive lines and nodes as a whole between a defined source and target Electrified route that allows railway vehicles to use electricity -
131121311 14132 Have a Safe Trip!
31112121221313112131114132 HAVE A SAFE TRIP! A GOOD MOVE EVER WONDERED HOW TO GET A TRUCK ACROSS SWITZERLAND STRESS-FREE? RALPIN AG OFFERS A ROLLING HIGHWAY SOLUTION FOR YOUR ALPINE TRANSIT REQUIREMENTS. RAlpin’s “Rola” rolling highway involves loading entire heavy haulage company’s dispatch schedule warrants it. One of the goods vehicles (articulated and non-articulated trucks and principle advantages of the rolling highway is that it is trailers) onto low-floor wagon trains at special terminals; the designed to optimise the customer’s benefits: by matching truck drivers travel in an accompanying sleeping car. RAlpin journey times with the statutory rest periods for drivers, has been operating a rolling highway between Freiburg the latter are able to take to the wheels of their trucks the im Breisgau, Germany and Novara, Italy since 2001. The route moment they arrive at the receiving terminal. represents an economical and environmentally responsible solution for crossing Switzerland and its Alps by offering safe Moreover, the rolling highway means trucks can transit the and cost-effective travel during the day and at night. Alps despite Switzerland’s ban on commercial vehicle move- ments at night and on Sundays – around the clock, throughout The rolling highway is an integral part of Switzerland’s transit the year and in both directions. A further advantage is that the traffic policies and supplements the unaccompanied combined relation is free from time-consuming customs procedures at transport (UCT) sector. It offers a viable alternative to UCT the borders for vehicles transiting through Switzerland from wherever the freight situation, the vehicle fleet and the an EU country to an EU country. -
Eurocity Band 2 Tabellen
Tabelle 1.2. EuroCity-Züge im Sommerfahrplan 1999 (ab dem 30. Mai 1999) Tabelle 1.2. EuroCity-Züge im Sommerfahrplan 1999 (ab dem 30. Mai 1999) – Fortsetzung Zugnummer Name Laufweg Distanz (km) Fahrzeit Reisegeschwindigkeit (km/h) Zugnummer Name Laufweg Distanz (km) Fahrzeit Reisegeschwindigkeit (km/h) EC 2 Rembrandt Chur – Basel SBB – Amsterdam C.S. 994 10 h 38 93,5 EC 31 Romulus Wien Süd – Roma Termini 1 203 13 h 29 89 EC 3 Rembrandt Amsterdam C.S. – Basel SBB – Chur 994 10 h 49 92 EC 31 Christian Morgenstern Hamburg Hbf – København 354 4 h 30 79 EC 4 Verdi Milano Centrale – Dortmund Hbf 1 017 11 h 57 85 EC 32 Christian Morgenstern København – Hamburg Hbf 354 4 h 24 80,5 EC 5 Verdi Dortmund Hbf – Milano Centrale 1 017 11 h 57 85 EC 33 Thomas Mann Hamburg – København Hbf 354 4 h 30 79 EC 8 Tiziano Milano Centrale – Hamburg Altona 1 362 14 h 59 91 EC 34 Bertel Thorvaldsen København – Hamburg Hbf 354 4 h 24 80,5 EC 9 Tiziano Hamburg Altona – Milano Centrale 1 362 15 h 02 91 EC 35 Bertel Thorvaldsen Hamburg Hbf – København 354 4 h 30 79 EC 10 Mimara Zagreb – Ljubljana – Berlin Ostbf 1 306 16 h 47 78 EC 36 Karen Blixen København – Hamburg Hbf 354 4 h 21 81 EC 11 Mimara Berlin Ostbf – Ljubljana – Zagreb 1 306 16 h 50 78 EC 37 Karen Blixen Hamburg Hbf – København 354 4 h 30 79 EC 13/14 Leonardo da Vinci Dortmund Hbf – München – Milano Centrale 1 321 14 h 46 89 EC 38 Hamlet København – Hamburg Hbf 354 4 h 21 81 EC 15/12 Leonardo da Vinci Milano Centrale – München – Dortmund Hbf 1 321 14 h 44 90 EC 39 Hamlet Hamburg Hbf – København 362 4 h 30 -
Analysis of Combined Transport Terminal Operations Identification of Measures to Improve Terminals in BSR
RAPORT Analysis of combined transport terminal operations Identification of measures to improve terminals in BSR Activity: WP 3, Activity 1 Version: Final Date: 06/03/2020 Bogusz Wiśnicki City of Bydgoszcz CONTENTS Introduction.............................................................................................................................................. 3 1. Classification of combined transport terminals ............................................................................... 4 1.1. Types and categories of terminals .......................................................................................... 4 1.2. Representative terminal models.............................................................................................. 9 2. Infrastructure of combined transport terminals ............................................................................. 11 2.1. Elements of infrastructure of combined transport terminals ................................................. 11 2.2. Large rail-road terminal ......................................................................................................... 12 2.3. Small rail-road terminal ......................................................................................................... 14 2.4. Trimodal river terminal .......................................................................................................... 16 2.5. Border terminal ..................................................................................................................... -
Report on the Semmering Railway (Austria) Mission 20 - 23 April, 2010
ICOMOS INTERNATIONAL COUNCIL ON MONUMENTS AND SITES REPORT ON THE SEMMERING RAILWAY (AUSTRIA) MISSION 20 - 23 APRIL, 2010 20th June 2010 2 TABLE OF CONTENTS ACKNOWLEDGEMENTS – page 3 EXECUTIVE SUMMARY AND LIST OF RECOMMENDATIONS – page 4 1 BACKGROUND TO THE MISSION Inscription history – page 4 Criteria and World Heritage values – page 5 Examination of the State of Conservation by the World Heritage Committee and its Bureau – page 5 Justification of the mission (terms of reference, programme, composition of mission team) see Annex – page 5 2 NATIONAL POLICY FOR THE PRESERVATION AND MANAGEMENT OF THE WORLD HERITAGE PROPERTY Protected area legislation – page 6 Institutional framework – page 6 Management structure – page 6 Response to the recognition of values under international treaties and programmes (World Heritage, Biosphere Reserve designation) – page 7 3 IDENTIFICATION AND ASSESSMENT OF ISSUES Management – page 7 Factors affecting the property – page 7 (3.1 Introduction – page 7 / 3.2 Principes for the preservation of historical raiway monuments – page 8 / 3.3 The Semmering base tunnel project as part of European transport Policy - page 9 / 3.4 Influence of the permanent base tunnel installations on the World Heritage Site – page 10 / 3.6 Proceedings – page 14) 4 ASSESSMENT OF THE STATE OF CONSERVATION OF THE SITE Review whether the values, on the basis of which the property was entered on to the World Heritage List, are being maintained – page 14 5 CONCLUSIONS AND RECOMMENDATIONS 5.1 Introduction - page 15 / 5.2 Appraisal – page 15 / 5.3 New base tunnel line – page 16 / 5.4 Historical line – page 16 / Concluding remark – page 17 6 ANNEXES Terms of reference – page 18 Itinerary and programme – page 18 Composition of mission team - page 19 Maps – pages 2 – 20 (special document) Photographs - page 21 (special document) 3 REPORT ACKNOWLEDGEMENTS ICOMOS International appointed Toni Häfliger, Arch. -
European Train Names: a Historic Outline Christian Weyers
ONOMÀSTICA BIBLIOTECA TÈCNICA DE POLÍTICA LINGÜÍSTICA European Train Names: a Historic Outline* Christian Weyers DOI: 10.2436/15.8040.01.201 Abstract This paper gives a first overview of the onomastic category of train names, searches to classify the corpus and reviews different stages of their productivity. Apart from geographical names (toponyms, choronyms, compass directions) generally indicating points of origin and destination of the trains in question, a considerable number of personal names have entered this category, of classical literary authors, musicians and scientists, but also of many fictional or non-fictional characters taken from literature or legendary traditions. In some cases also certain symbolic attributes of these persons and finally even heraldic figures have given their names to trains. In terms of their functionality, train names originally were an indicator of exclusiveness and high grade of travel quality, but they developed gradually, as they dispersed over the European continent, into a rather unspecific, generalized appellation, also for regional and local trains. After two periods of prosperity after 1950, the privatisation of railway companies starting in the 1990s had again a very positive effect on the category, as the number of named trains initially reached a new record in this decade. ***** The first train names appeared in England in the 1860s in addition to names for steam locomotives, and on two different levels. The Special Scotch Express between London King’s Cross and Edinburgh (inaugurated in 1862) was called by the public The Flying Scotsman from the 1870s, but it succeeded as the official name not before 1924. Also the names of the German diesel trainsets Der Fliegende Hamburger and Der Fliegende Kölner were colloquial name creations, as were the Train Bleu and the Settebello operated from 1922 and 1953 but officially named in 1947 and 1958, respectively. -
20 Jahre Intercity in Österreich
Herbert Kröll: 20 Jahre Intercity in Österreich 20 Jahre Intercity in Österreich Intercity, 20 Jahre danach Der „Intercity“ steht in Österreich im unmittelbaren Zusammenhang mit der Einführung des NAT 91 (Neuer Austrotakt-Takt 91). Mit 2. Juni 1991 trat der seit Jahrzehnten umfangreichste Fahrplan der ÖBB in Kraft, der die erste Etappe eines integrierten Taktsystems im Rahmen des Vorhabens „Neue Bahn“ verwirklichen sollte. 20 Jahre danach kann vom Scheitern dieses Zieles gesprochen werden. Einige damals im Takt verkehrenden Nebenstrecken wurden Opfer der Nebenbahneinstellungen und auch innerösterreichische ehemalige Taktlinien wie Wien-Zell am See-Innsbruck, Graz-Linz, Graz-Salzburg und Graz- Innsbruck existieren nicht mehr bzw. werden nur mehr durch einzelne Züge bedient. Politischer Unwille, eine aufgeblähte Bürokratie, engstirniges Denken, komplizierte eigenständige Verkehrsverbünde und der vorgeschobene wirtschaftliche Sparzwang, haben zu teilweise katastrophalen Zuständen im österreichischen Fernverkehr der Bahn geführt. Ab Dezember 2011 wird Graz, die zweitgrößte Stadt Österreichs, im österreichischen Bahnfernverkehr nur mehr mit Wien und 3 Mal täglich mit Salzburg verbunden sein. Die Verbindung nach Klagenfurt erfolgt mit Intercity-Bus auf der Autobahn, ebenso sollen Linz und Salzburg eventuell mit dem Intercity-Bus auf der Autobahn eingebunden werden. Als Ersatz haben bereits 3 Busbetreiber um eine Konzession für Graz-Salzburg angesucht. Der 2-geleisige Ausbau St.Michael-Selzthal zur Hochleistungsstrecke sowie Ausbauten der Pyhrn- und Ennstalstrecke werden somit zu Fehlinvestitionen, da der Zugverkehr immer mehr eingeschränkt wird. Auch die Tagesverbindungen über Tarvisio nach Venedig wurden von Bahn auf Intercitybus umgestellt. Im Sommer verkehren am Wochenende sogar 5 Buskurse zwischen Klagenfurt und Venedig. Vom ehrgeizigen Ziel der Vertaktung einer vernetzten Bahninfrastruktur ist nicht mehr viel übrig. -
Data Base and Comparative Analysis of CT and Transhipment Technologies for CT
Data base and comparative analysis of CT and transhipment technologies for CT Deliverable D.T.1.2.1. 1 Document Title: Data base and comparative analysis of CT and transhipment technolo- Sub Title: gies for CT Document Version Comments Date Done by History Draft prefilled Template on CT Transhipment 18/4/2017 UM concept Technologies (OBB) Version 01 Draft version 1 with comparative analyses 27/11/2017 SSP (OBB) ITTL Inputs on CT processes , supply chain and Ter- 23/1/2018 LKZ(AKL) minal Villach Design and added pictures 30/1/2018 SSP(OBB) LCA (AKL) Version 2 Additional inputs and comments from partners 20/2/2018 ZAILOG SGKV (BHG) TX EURAC Finalisation 14/3/2018 SSP (OBB) UM Number of pages: 114 Number of annexes: 1 Prepared by: University of Maribor, SSP Consult principal Author(s): Mitja Klemenčič Robert Burg Contribution: AKL; ITTL; LCA, LKZ, EURAC, SGKV, BHG, ZAI- Contributing Author(s):Stane Božičnik LOG, BMVIT Roberto Federico Sebastian Ruckes Alberto Milotti Vlasta Rodošek Tomislav Letnik Katja Hanžič Mateja Matajič Klemen Gostič Juergen Neugebauer Peer Review Partner Date UM 18.3.2018 Approval for delivery AlpinnoCT Coordinator Date SSP Consult for StMB 30.03.2018 2 Content Summary .................................................................................................................................... 9 1 Introduction ...................................................................................................................... 16 2 CT Processes and supply chain in CT ................................................................................. 17 2.1 General description of CT processes for the first mile, long haul and last mile ....... 22 2.1.1 Maritime Combined Transport: First mile/pre-haul .......................................... 22 2.1.2 Continental Combined Transport: First mile ...................................................... 24 2.1.3 Description of CT processes for the long haul ..................................................