High Speed Rail Competition in Italy a Major Railway Reform with a “Win-Win Game”?
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Mezinárodní Komparace Vysokorychlostních Tratí
Masarykova univerzita Ekonomicko-správní fakulta Studijní obor: Hospodářská politika MEZINÁRODNÍ KOMPARACE VYSOKORYCHLOSTNÍCH TRATÍ International comparison of high-speed rails Diplomová práce Vedoucí diplomové práce: Autor: doc. Ing. Martin Kvizda, Ph.D. Bc. Barbora KUKLOVÁ Brno, 2018 MASARYKOVA UNIVERZITA Ekonomicko-správní fakulta ZADÁNÍ DIPLOMOVÉ PRÁCE Akademický rok: 2017/2018 Studentka: Bc. Barbora Kuklová Obor: Hospodářská politika Název práce: Mezinárodní komparace vysokorychlostích tratí Název práce anglicky: International comparison of high-speed rails Cíl práce, postup a použité metody: Cíl práce: Cílem práce je komparace systémů vysokorychlostní železniční dopravy ve vybra- ných zemích, následné určení, který z modelů se nejvíce blíží zamýšlené vysoko- rychlostní dopravě v České republice, a ze srovnání plynoucí soupis doporučení pro ČR. Pracovní postup: Předmětem práce bude vymezení, kategorizace a rozčlenění vysokorychlostních tratí dle jednotlivých zemí, ze kterých budou dle zadaných kritérií vybrány ty státy, kde model vysokorychlostních tratí alespoň částečně odpovídá zamýšlenému sys- tému v ČR. Následovat bude vlastní komparace vysokorychlostních tratí v těchto vybraných státech a aplikace na český dopravní systém. Struktura práce: 1. Úvod 2. Kategorizace a členění vysokorychlostních tratí a stanovení hodnotících kritérií 3. Výběr relevantních zemí 4. Komparace systémů ve vybraných zemích 5. Vyhodnocení výsledků a aplikace na Českou republiku 6. Závěr Rozsah grafických prací: Podle pokynů vedoucího práce Rozsah práce bez příloh: 60 – 80 stran Literatura: A handbook of transport economics / edited by André de Palma ... [et al.]. Edited by André De Palma. Cheltenham, UK: Edward Elgar, 2011. xviii, 904. ISBN 9781847202031. Analytical studies in transport economics. Edited by Andrew F. Daughety. 1st ed. Cambridge: Cambridge University Press, 1985. ix, 253. ISBN 9780521268103. -
Diapositiva 1
RIDUZIONI RISERVATE AGLI ELETTORI (Residenti in Italia e all’estero) Novità 2012 I biglietti per elettori residenti in Italia vengono emessi esclusivamente in seconda classe e nel livello di servizio standard dei Frecciarossa per viaggi di andata e ritorno con la riduzione del 60% del prezzo del biglietto dei treni Regionali e del 70% del prezzo Base previsto per tutti gli altri treni del servizio nazionale (Alta Velocità Frecciarossa e Frecciargento, Frecciabianca, Eurostar Italia, Intercity, Intercity notte ed Espressi) e per il servizio cuccette. Per gli elettori residenti all’estero è prevista la tariffa Italian Elector (viaggi internazionali da/per Italia). La suddetta agevolazione è applicabile esclusivamente per viaggi in un periodo massimo di venti giorni; per i viaggi internazionali è esteso a due mesi*. Per usufruire delle riduzioni riservate agli elettori è necessario: - documento d’identità - documento/tessera elettorale - per il viaggio di ritorno la timbratura apposta sulla tessera elettorale dal seggio elettorale. I documenti precedentemente elencati, unitamente ai biglietti relativi al viaggio di andata e a quello di ritorno, dovranno essere presentati al personale a bordo del treno che effettua la controlleria. La mancanza di uno dei requisiti richiesti darà luogo alle regolarizzazioni previste dalla disciplina per gli elettori e dalle Condizioni Generali di Trasporto dei passeggeri di Trenitalia. Il biglietto elettore è soggetto a particolari condizioni. È possibile consultare in modo completo la disciplina per i viaggi degli elettori, con particolare riguardo alle modalità di cambio e di rimborso dei biglietti, su: www.trenitalia.com, nelle biglietterie Trenitalia e nelle agenzie di viaggio. --------------------------- *Il periodo di venti giorni decorre, per il viaggio di andata, dal decimo giorno antecedente l’ultimo giorno di votazione (questo compreso) e per il viaggio di ritorno fino alle ore 24 del decimo giorno a partire dall’ultimo giorno di votazione (quest’ultimo escluso). -
Annexe 6.8 Tonnages Des Materiels Roulants Voyageurs Pris En Compte
ANNEXE 6.8 TONNAGES DES MATERIELS ROULANTS VOYAGEURS PRIS EN COMPTE POUR L'ELABORATION DE LA TARIFICATION DES PRESTATIONS MINIMALES Document de référence du réseau annexe 6.8 Horaire de service 2020 (version 3-1 du 13 décembre 2019) 1/11 Matériel roulant utilisé pour les trafics voyageurs conventionnés Cette table a été utilisée par SNCF Réseau afin de recomposer le tonnage par type de matériel. Dans un souci de cohérence entre la méthode de calcul des tarifs 2019 et la méthode de facturation, il est demandé aux entreprises ferroviaires de déclarer : - la masse totale à charge de leurs circulations commerciales à l'aide de la masse à charge par type de matériel (colonne C) - la masse à vide de leurs circulations non commerciales à l'aide de la masse à vide par type de matériel (colonne B) SNCF Réseau se réserve le droit de modifier et compléter cette liste le cas échéant. Série Masse à vide (t) Masse à charge (t) BB 7200 PV 84 84 BB 7200 GV 84 84 BB 7600 84 84 BB 8100 92 92 BB 80000 92 92 BB 8500 80 80 BB 88500 79 79 BB 9200 82 82 BB 9300 84 84 BB 9600 67 67 BB 15000 90 90 BB 16000 88 88 BB 16100 90 90 BB 16500 75 75 BB 17000 78 78 BB 22200 90 90 BB 25100 87 87 BB 25200 PV 84 84 BB 25200 GV 87 87 BB 25500 80 80 BB 26000 90 90 BB 27000 90 90 BB 27300 90 90 BB 36000 89 89 BB 36300 89 89 BB 37000 90 90 CC 92000 126 126 BB 185000 DB BR 185 85 85 BB 4000 CFL 85 85 BB 3000 CFL 90 90 BB 1300 SNCB série 13 90 90 BB 37500 Veolia 90 90 BB 60000 76 76 BB 61000 87 87 BB 63000 68 68 BB 63500 68 68 Document de référence du réseau annexe 6.8 Horaire -
Télécharger La Grande Vitesse Dans Le Monde
la grande vitesse dans le monde « l'Union Internationale des Chemins aller vite de Fer représente plus de 90 pays » une question de principes mondiale représentant le secteur ferroviaire. Elle compte 200 membres, dans plus de 90 pays répartis sur les 1er principe 2e principe 3e principe cinq continents. Sa mission est de promouvoir la croissance du transport La grande vitesse ferroviaire Un système différent Un système qui signifie ferroviaire à l’échelle mondiale ainsi que se conçoit comme un système d'un pays à l'autre accroissement de la capacité d’encourager et d’organiser la coopéra- tion internationale entre ses membres. Les systèmes ferroviaires à grande Le système à grande vitesse se Conformément à la principale Jean-Pierre Loubinoux L’UIC développe des liens de coopéra- vitesse sont complexes car ils font définit par la manière dont l'ensemble caractéristique du mode ferroviaire, Directeur Général UIC tion étroits avec plus de 50 organisations appel aux techniques les plus de ses composantes sont conçues et le rail à grande vitesse est synonyme internationales et professionnelles, et a avancées dans différents domaines. interagissent entre elles. Le résultat de capacité et de mobilité durable. le statut de consultant auprès des D'abord au niveau de l'infrastructure obtenu en termes de coûts et de Il trouvera encore plus de pertinence « La ligne à grande vitesse Paris-Rennes l’une des pionnières dans le monde dès Nations unies. y compris les ouvrages d’art, la voie, performances peut varier lorsqu’il suscite un accroissement permettra de relier les deux villes en 1H25. -
High-Speed Railway Ballast Flight Mechanism
Construction and Building Materials 223 (2019) 629–642 Contents lists available at ScienceDirect Construction and Building Materials journal homepage: www.elsevier.com/locate/conbuildmat Review High-speed railway ballast flight mechanism analysis and risk management – A literature review ⇑ Guoqing Jing a, Dong Ding b, Xiang Liu c, a Civil Engineering School, Beijing Jiaotong University, Beijing 10044, China b Université de Technology de Compiègne, Laboratoire Roberval, Compiègne 60200, France c Department of Civil and Environmental Engineering, Rutgers University-New Brunswick, Piscataway 08854, United States highlights Review of studies about ballast flight mechanism and influence factors. Recommendations of ballast aggregates selection and ballast bed profile were provided. Sleeper design and polyurethane materials solutions were presented. The reliability risk assessment of ballast flight is described for HSR line management. article info abstract Article history: Ballast flight is a significant safety problem for high-speed ballasted tracks. In spite of the many relevant Received 16 March 2019 prior studies, a comprehensive review of the mechanism, recent developments, and critical issues with Received in revised form 19 June 2019 regards to ballast flight has remained missing. This paper, therefore, offers a general overview on the state Accepted 24 June 2019 of the art and practice in ballast flight risk management while encompassing the mechanism, influencing factors, analytical and engineering methods, risk mitigation strategies, etc. Herein, the problem of ballast flight is emphasized to be associated with the train speed, track response, ballast profile, and aggregate Keywords: physical characteristics. Experiments and dynamic analysis, and reliability risk assessment are high- High speed rail lighted as research methods commonly used to analyze the mechanism and influencing factors of ballast Ballast flight Risk management flight. -
El Tren De Pasajeros, Metro Y La Propuesta De Alta Velocidad Alumno: José Luis González Campillo [email protected] Fecha De Entrega: Lunes 25 De Enero De 2021
1 Universidad Nacional Autónoma de México Facultad de Ingeniería Materia: Ferrocarriles Semestre 2021-1 Prof. Jaime de Jesús Paredes Camacho [email protected] El tren de pasajeros, metro y la propuesta de alta velocidad Alumno: José Luis González Campillo [email protected] Fecha de entrega: lunes 25 de enero de 2021 Tren arribando a la estación Flughafen/Messe del tren de cercanías (S-Bahn) de Stuttgart, Alemania 2 Índice I. Introducción 3 II. Marco teórico 5 II.1. Un poco de historia del ferrocarril 5 II.2. Ferrocarril de pasajeros en el mundo 8 II.2.1. Ferrocarril de larga distancia 10 II.2.1.1. Tren de alta velocidad 11 II.2.1.2. Tren interurbano 12 II.2.1.3. Tren regional 13 II.2.1.4. Tren de mayor velocidad 14 II.2.1.5. Tren nocturno 15 II.2.2. Ferrocarril de corta distancia 15 II.2.2.1. Tren de cercanías 16 II.2.2.2. Metro 17 II.2.2.3. Tranvía 18 II.3. Trenes de alta velocidad 19 II.3.1. Italia 23 II.3.2. Japón 25 II.3.3. Francia 28 II.3.4. Alemania 30 II.3.5. España 32 II.3.6. China 34 II.3.7. Corea del Sur 37 II.3.8. Otros sistemas de alta velocidad 39 II.3.9. Cuestiones técnicas 42 II.3.10. Estadísticas generales de la alta velocidad ferroviaria 45 II.4. Sistemas de metro 45 II.4.1. El metro en el mundo 48 II.4.2. Datos operativos 54 II.5. -
High Speed Railway Project Development and Regional Accessibility Improvement: the First Experience in India
FACULTY OF CIVIL AND INDUSTRIAL ENGINEERING Master Degree in Transport System Engineering Thesis High Speed Railway Project Development and Regional Accessibility Improvement: The First Experience in India Supervisor: Candidate: Prof. Eng. Antonio Musso Amal Kuzhiparambil Purushothaman Co-Supervisor: N° 1722321 Dr. Eng. Cristiana Piccioni Academic Year 2018/2019 2 Table of contents Summary 1. Introduction 1.1 Study purpose 1.2 Research background 1.3 Research methodology 1.4 Key issues 2. The Reference framework 2.1 Definition of high-speed rail 2.2 HSR benefits 2.3 HS Rail around the world 2.3.1 Japan 2.3.2 Italy 2.3.3 France 2.3.4 Germany 2.3.5 Spain 2.3.6 China 3. The accessibility concept 3.1 Definition of accessibility 3.2 Accessibility indicators 3.3 A basic benchmarking exercise 4. Accessibility and HSR projects: an insight into international experiences 4.1 The Madrid-Barcelona HSR case study, Spain 4.2 The China HSR case study 4.3 The Seoul HSR case study, Korea 4.4 Brisbane - Melbourne proposed HSR, Australia 5. Building an accessibility indicators framework 5.1 Identification of Accessibility indicators 5.2 A selection of accessibility indicators 5.2.1 Weighted average travel times (Location indicator) 5.2.2 Economic potential 3 5.2.3 Daily accessibility indicator 5.2.4 Economic accessibility 6. Pilot study: the Mumbai – Ahmedabad HSR project 6.1 HSR project background 6.1.1 Necessity of HSR System in India 6.2 Major cities affected by the project 6.2.1 Mumbai 6.2.2 Surat 6.2.3 Vadodara 6.2.4 Ahmedabad 6.3 HSR Project overview 6.3.1 Basic characteristics 6.3.2 Stations 6.3.3 Train operation plans 6.4 Accessibility assessment 6.4.1 Calculation and evaluation of indicators 6.4.2 Weighted average travel times (location indicator) 6.4.3 Economic potential 6.4.4 Daily accessibility indicator 6.4.5 Economic indicator 7. -
Bilancio 2002 Del Gruppo Fs
Financial Financial statements statements 2013 2013 Piazza della Croce Rossa,1 00161 Roma www.trenitalia.com TRENITALIA S.p.A. FINANCIAL STATEMENTS AT 31 DECEMBER 2013 Disclaimer This Annual Report 2013 has been translated into English solely for the convenience of the international reader. In the event of conflict or inconsistency between the terms used in the Italian version of the report and the English version, the Italian version shall prevail, as the Italian version constitutes the sole official document. TRENITALIA S.p.A. Trenitalia SpA Company with a sole shareholder subject to the direction and coordination activities of Ferrovie dello Stato Italiane S.p.A. Share capital: Euro 1,654,464,000.00 fully paid-up Registered office: Piazza della Croce Rossa no. 1, 00161 Rome Fiscal code and Register of companies: 05403151003 R.E.A. (Repertorio Economico Amministrativo, Administrative Economic Register): no.: 0883047 VAT: 05403151003 2013 Financial Statements 2 TRENITALIA S.p.A. OUR MISSION Trenitalia operates in the sector of services for the mobility of passengers and goods within a national and international context. For Trenitalia, the basic conditions underlying its mission are the safety of the service, quality, workers’ health, protection of the environment and it considers the importance of the relationship with the customer as the means to achieve a steady competitive advantage and create value for shareholders. The whole organisation of Trenitalia, which is committed to meeting the needs of customers and the requirements of the market, always guarantees the highest standards of safety and it implements development and modernisation plans in compliance with social and environmental sustainability. -
Eisenbahn Ingenieur (Vol.63 No.9)
Eisenbahn Ingenieur (Vol.63 No.9) 2012/9 ページ 1 見解:鉄道システムはさらに強化されなければならない Das System Bahn muss weiter gestärkt werden 3 2 イノトランス 2012:ベルリン見本市会場の概要 InnoTrans: Nutzung des gesamten Berliner Messegeländes 6 3 イノトランス 2012 - 予告案内:ユーレイルプレスのイノトランス 2012 の予告案内 Die Eurailpress-Messevorschau zur InnoTrans 2012 10 Frank Lademann "Mitgliederwerbung und eine bessere Außendarstellung - das 4 へのインタビュー:購読メンバー並びにより良い外面描写 - 我々が今 56 日一緒に取りかからなければならないこと müssen wir jetzt gemeinsam angehen" SNCF Euroduplex der interoperable Doppelstock- 5 高速列車: が運行するアルストム社製でインターオペラビリティの運転ができる - 60 二階建高速列車 Euroduplex TGV Hochgeschwindigkeitszug Pilotierung eines Assistenzsystems zur kraftstoffsparenden 6 66 運転:地方鉄道輸送において燃費効率の良い運転を支援する試験プロジェクト Fahrweise im SPNV Hochgenaue und integre Ortung für den Schienenverkehr der 7 72 鉄道測量:将来の鉄道輸送用に高度高精度統合位置情報システム Zukunft Erhöhte Betriebssicherheit von Radsatzwellen durch Fest- und 8 76 頑健な運転:冷間圧延及び表面圧延による車輪軸の軸部の耐久性の向上 Glattwalzen 9 EI スペシャル 防音 II:全ての関係者のための挑戦 - 防音は会社経営のテーマ Herausforderung für alle Beteiligten 79 Evaluierung innovativer Lärmschutzmaßnahmen des 10 EI II 80 スペシャル 防音 :活況的プログラムでの革新的な防音法の評価 Konjunkturprogramms Integrierte Lärmscchutzpolitik am Beispiel des 11 EI II 84 スペシャル 防音 :統合的防音策の例として鉄道輸送騒音 Schienenverkehrslärms 12 EI スペシャル 防音 II:将来の仕事として革新的な防音 Innovativer Lärmschutz als Zukunftsaufga be 88 Niedrige Schallschutzwände im Rahmen des Konjunktur 13 EI II 92 スペシャル 防音 :活況的プログラムでの低い高さの防音壁 programms II EI II 14 スペシャル 防音 :レールの腹部と底部を覆って騒音を低減 - 現場測定で騒音低 Lärmreduktion mit Schienenabschirmung - Feldmessungen 99 減効果を確認 15 EI スペシャル 防音 II:鋼鉄道橋の騒音低減 -
Trenitalia Orders Frecciarossa 1000 Hsts Virtual Reality For
lay R 319 tisk.qxp_Railvolution 23.07.19 22:42 Stránka 6 Trenitalia Orders effort of 370 kN. Seating capacity will Frecciarossa 1000 HSTs be 457 (300 in standard, 76 in premium, On 4 June 2019 Trenitalia awarded 69 in business and 10 in executive class). a contract worth around 575 million EUR Two wheelchair spaces will be provided. to a 60/40 % joint venture formed by The trains will comply with all cur- Hitachi Rail and Bombardier Transporta- rent TSIs, and will be designed for use tion for 14 Frecciarossa 1000 (ETR 400) in France, Germany, Spain, Austria, Type V300 ZEFIRO high speed trains. Switzerland, Netherlands and Belgium, The contract includes ten years of main- being equipped with all pertinent ATP tenance and servicing by the manufac- systems, including ETCS. However, their turers. For Bombardier the deal is worth exact areas of operation will be deter- 233 million EUR and for Hitachi 342 mil- mined by Trenitalia. When the first batch lion EUR. of 50 ETR 400s was ordered, a similar Trenitalia currently has a fleet of wide international operating range was On 4 June 2019 the Italian rail regu- to target the international market or 50 Frecciarossa 1000s, built between envisaged. Deliveries are to start within lator ARAFER announced that Trenitalia practise cabotage on the domestic 2013 and 2017. Like these, the follow- 18 months of the date on which the subsidy Thello had informed it of its in- French one. Thello states that its aim is ing 14 will be built in Italy, at Hitachi’s contract was signed. -
Formulating a Strategy for Securing High-Speed Rail in the United States United in the Rail High-Speed for Securing a Strategy Formulating
MTI Formulating a Strategy Securing for High-Speed Rail in the United States Funded by U.S. Department of Transportation and California Formulating a Strategy for Department of Transportation Securing High-Speed Rail in the United States MTI ReportMTI 12-03 MTI Report 12-03 March 2013 March MINETA TRANSPORTATION INSTITUTE MTI FOUNDER Hon. Norman Y. Mineta The Norman Y. Mineta International Institute for Surface Transportation Policy Studies was established by Congress in the MTI BOARD OF TRUSTEES Intermodal Surface Transportation Efficiency Act of 1991 (ISTEA). The Institute’s Board of Trustees revised the name to Mineta Transportation Institute (MTI) in 1996. Reauthorized in 1998, MTI was selected by the U.S. Department of Transportation Honorary Chairman Donald Camph (TE 2013) Ed Hamberger (Ex-Officio) Michael Townes* (TE 2014) through a competitive process in 2002 as a national “Center of Excellence.” The Institute is funded by Congress through the Bill Shuster (Ex-Officio) President President/CEO Senior Vice President Aldaron, Inc. Association of American Railroads National Transit Services Leader United States Department of Transportation’s Research and Innovative Technology Administration, the California Legislature Chair House Transportation and through the Department of Transportation (Caltrans), and by private grants and donations. Infrastructure Committee Anne Canby (TE 2014) John Horsley* (TE 2013) Bud Wright (Ex-Officio) House of Representatives Director Past Executive Director Executive Director OneRail Coalition American Association of State American Association of State The Institute receives oversight from an internationally respected Board of Trustees whose members represent all major surface Honorary Co-Chair, Honorable Highway and Transportation Officials Highways and Transportation transportation modes. -
High-Speed Tilting Trains
Tilting trains Technology, benefits and motion sickness by Rickard Persson Licentiate thesis TRITA AVE 2008:27 ISSN 1651-7660 ISBN 978-91-7178-972-3 Postal Address Visiting address Telephone: +46 8 790 8476 Royal Institute of Technology (KTH) Teknikringen 8 Fax: +46 8 790 7629 Aeronautical and Vehicle Engineering Stockholm E-mail: [email protected] Rail Vehicles www.kth.se/fakulteter/centra/jarnvag SE-100 44 Stockholm Tilting trains - Technology, benefits and motion sickness Preface This is the final report of the research project “Optimal vehicles for high speed and narrow curves – development of technology for carbody tilting and track friendly running gears”. The project was initiated by Johan Förstberg at Swedish National Road and Transport Research Institute (VTI) aiming at increasing the competitiveness of trains and in particular tilting trains. A post graduate project was formed together with Swedish Governmental Agency for Innovation Systems (VINNOVA), the Swedish National Rail Administration, (Banverket), Bombardier Transportation (BT), division of rail vehicles at the Royal Institute of Technology (KTH) and Ferroplan Engineering AB. The project became connected to the research programme “Gröna Tåget” (the Green Train), which slightly changed the aim as the Green Train programme contained development and testing of track friendly running gear for speeds up to 250 km/h. The present study has been carried out at VTI in cooperation with KTH. The project has been led by a steering committee consisting of Carl Naumburg (VINNOVA), Tohmmy Bustad (Banverket), Evert Andersson (KTH) and Lena Nilsson (VTI). Scientific support has been provided by a reference group consisting of Björn Kufver, Ferroplan, Evert Andersson, KTH and Lena Nilsson, VTI.