Dot 4816 DS1.Pdf
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Report Report INTRODUCTION
Report Report INTRODUCTION The efforts the Catalan government is making to extend the public transport network to new points of the territory and improve the quality of the service have made a notable contribution to the increase in demand, especially in the second half of 2010. For example, in the sphere of the integrated fare system for the Barcelona area a total of 922.33 million journeys were recorded for 2010, 0.9% more than the previous year, thanks largely to the increase in the number of journeys by Metro, a 5.4% increase over 2009. Moreover, this upward tendency in the number of journeys made by public transport has been confirmed in the first quarter of 2011, and the forecasts for the close of the year LLUÍS RECODER I MirAllES already point to a record annual figure. Councillor for Territory and Sustainability and Chairman of the This recovery of demand is partly due to the set of measures taken to improve the infra- Metropolitan Transport Authority structure which the Catalan government is promoting in order to extend the public transport network and bring it to new centres of population, thus substantially broadening its area of coverage. It was in 2010 that new sections of the Metro came into operation, such as L9/L10 between Gorg and La Sagrera, L5 between Horta and Vall d’Hebron, and L2 between Pep Ventura and Badalona Pompeu Fabra. It was in the same year that Ferrocarrils de la Generalitat opened the station at Volpelleres near Sant Cugat del Vallès. In the field of road public transport various bus lines have been modified and extended to adapt their routes to the new needs for access to strategic facilities and other points where a large number of journeys are concentrated. -
Sanchez-Piulachs Arquitectes S
IMPROVEMENTS TO METRO STATIONS - Project in progress: restoration of the interchange in Urquinaona station of line 1 and line 4 of the underground in Barcelona. Collaboration with Infraes, S.A i Ingenium Civil SLP engineerings. Implementation project of actions on improvement of the evacuation and the accessibility. Promoter: Generalitat de Catalunya / Direcció General de Transports (Gisa). - Project in progress: restoration of the interchange of Catalunya station in line 1 and line 3 of the underground of Barcelona. Implementation project of architecture and facilities. Promoter: Transports Metropolitans de Barcelona (TMB). - Restoration plan for acoustic improvements of Muntaner and Plaça Espanya stations. Implementation project of architecture and facilities. Barcelona 2009. C.P.: 2.178.000€ / 2.963.692US$. Promoter: Ferrocarrils de la Generalitat de Catalunya. - Restoration of Gràcia station of Barcelona FGC (metro). Implementation project of architecture and facilities. Barcelona 2009. C.P.: 24.924.000€ / 33.915.084US$. Promoter: Generalitat de Catalunya / Direcció General de Transports (Gisa). - Restoration of Sarrià station of Barcelona FGC (metro). Implementation project of architecture and facilities. Barcelona 2008. C.P.: 31.272.000€ / 42.553.061US$. Collaboration with Auding Engineering. Promoter: Generalitat de Catalunya / Direcció General de Transports (Gisa). - New access to Torre Baró-Vallbona station on Line 11 of the Barcelona metro. Implementation project of architecture and facilities. Barcelona 2007. C.P.: 3.100.000€ / 4.218.294US$. Promoter: Bagur,SA. - Sagrera Meridiana interchange of the Barcelona metro. Implementation project for the hall of C/ Garcialso, C/ Felip II, main hall and Line 1 and 5 platforms. Barcelona 2006. C.P.: 88.100.000€ / 118.881.194US$. -
International Student's Guide
International Students’ Guide UNIVERSITY OF BARCELONA Faculty of Economics and Business 2021/2022 1 CONTENT 1. Official Welcome ……………………………………..3 2. Contact Details…………………………………………4 3. The University of Barcelona ………………….…5 4. Faculty of Economics and Business.………….7 5. Arrival check-in and course enrolment……..8 6. Spanish and Catalan courses…………………….11 7. Academic calendar…………………………………..17 8. Studying at the University of Barcelona……18 9. Testimonials.…………………………………………….23 10. Internships in Barcelona……………..………….24 11. Buddy Programme………………………..……….27 12. Travelling to Barcelona……………………………28 13. Formalities to be done during your stay in Barcelona.………………………………………….30 14. Going out in Barcelona.………………………….33 15. Travel around in Barcelona and Catalonia.……………………………………….38 16. Useful information………………………………… 40 2 OFFICIAL WELCOME INTERNATIONAL RELATIONS OFFICE Remember that in Catalonia we have our own language, FACULTY OF ECONOMICS AND BUSINESS which is Catalan. In the UB both Catalan and Spanish are official languages and everyone can communicate, write The International Relations Office would like to their tests or present their homework in both languages. welcome you to the Faculty of Economics and Business The University offers Catalan and Spanish courses that may of the University of Barcelona (UB). We are happy that help you to follow the classes better from the beginning. you have chosen our institution to spend your academic exchange abroad! Please carefully read this International Students’ Guide that has been designed especially for you to guide you step In our Faculty you’ll have the opportunity to relate with by step while you arrange your arrival to Barcelona and local students and to understand better the Catalan your stay at our faculty. -
Final Exploitation Plan
D9.10 – Final Exploitation Plan Jorge Lpez (Atos), Alessandra Tedeschi (DBL), Julian Williams (UDUR), abio Massacci (UNITN), Raminder Ruprai (NGRID), Andreas Schmitz ( raunhofer), Emilio Lpez (URJC), Michael Pellot (TMB), Zden,a Mansfeldov. (ISASCR), Jan J/r0ens ( raunhofer) Pending of approval from the Research Executive Agency - EC Document Number D1.10 Document Title inal e5ploitation plan Version 1.0 Status inal Work Packa e WP 1 Deliverable Type Report Contractual Date of Delivery 31 .01 .20 18 Actual Date of Delivery 31.01.2018 Responsible Unit ATOS Contributors ISASCR, UNIDUR, UNITN, NGRID, DBL, URJC, raunhofer, TMB (eyword List E5ploitation, ramewor,, Preliminary, Requirements, Policy papers, Models, Methodologies, Templates, Tools, Individual plans, IPR Dissemination level PU SECONO.ICS Consortium SECONOMICS ?Socio-Economics meets SecurityA (Contract No. 28C223) is a Collaborative pro0ect) within the 7th ramewor, Programme, theme SEC-2011.E.8-1 SEC-2011.7.C-2 ICT. The consortium members are: UniversitG Degli Studi di Trento (UNITN) Pro0ect Manager: prof. abio Massacci 1 38100 Trento, Italy abio.MassacciHunitn.it www.unitn.it DEEP BLUE Srl (DBL) Contact: Alessandra Tedeschi 2 00113 Roma, Italy Alessandra.tedeschiHdblue.it www.dblue.it raunhofer -Gesellschaft zur Irderung der angewandten Contact: Prof. Jan J/r0ens 3 orschung e.V., Hansastr. 27c, 0an.0uer0ensHisst.fraunhofer.de 80E8E Munich, Germany http://www.fraunhofer.de/ UNIVERSIDAD REL JUAN CARLOS, Contact: Prof. David Rios Insua 8 Calle TulipanS/N, 28133, Mostoles david.riosHur0c.es -
Olympic Transportation Planning: the Legacies of Barcelona and Beijing
OLYMPIC TRANSPORTATION PLANNING: THE LEGACIES OF BARCELONA AND BEIJING Doneliza Joaquin Submitted in partial fulfillment for the requirement for the degree Master of Science in Urban Planning Graduate School of Architecture, Planning and Preservation Columbia University May 2012 INTRODUCTION Being selected as a host city for sport mega-events, such as the Olympics and the World Cup, is both a gift and a burden. Host cities are thrust into the international spotlight and must provide the stadiums, housing, transportation infrastructure and management, and crowd management needed for the games. To adequately supply transportation for the movement of millions of athletes, spectators, media, officials, workers, and volunteers; between venues, housing, and the airport; mega-events require the host city to implement a strategic transportation plan with a strict deadline. The transportation infrastructure built and policies implemented for these mega-events are an integral part of the games that can alter a city’s transportation network and leave a lasting legacy. Potential host cities are only required by the International Olympic Committee (IOC) to demonstrate their ability to provide a transportation plan that can efficiently support movement during the Olympic Games. Nowhere in a city’s Olympic bid must it explain how transportation built or policies implemented will be used after the Olympics has ended. In competition with other cities to win a bid, potential host cities may drastically propose to alter their transportation networks to attract the IOC. Mega-events provide an opportunity for a host city to make major investments in infrastructure development. These opportunities can by catalytic, compressing what was already planned on being built from taking decades to implementing it in a few years, or divergent, developing infrastructure specifically designed for purposes of the mega-event that would not have otherwise been built (Kassens 2009). -
Rigid Catenary March 2021
SECTOR REFERENCE LIST Rigid Catenary March 2021 Project Name Location Date Length Voltage Design (km) Speed (km/h) Metro Buenos Aires Line B Alem-Rosas Argentina 2014 25 600 V 90 Metro Buenos Aires Line E Bolívar-Retiro Argentina 2018 4 1,5 kV 90 Perth- Forestfield Airport link Australia 2019 15 25 kV 140 Melbourne Metro Rail Project Australia Design 1 1,5 kV 90 ÖBB Marchtrent-Traun Austria 1993 0.5 15 - SNCV Charleroi Belgium 1992 0.7 750 V 80 STIB Schaerbeek Depot Brussels Belgium 1998 0.77 750 V 20 STIB Rogier Tunnel Brussels Belgium 2008 0.5 750 V 80 STIB Haren Depot Belgium 2008 3 750 V 20 STIB Thomas Tunnel Brussels Belgium 2009 0.1 750 V 20 STIB Marconi depot Belgium 2016 5 750 V 20 STIB Simonis Belgium 2017 3.1 750 V 20 INFRABEL Tunnel Saint Martin Liege Belgium 2019 1.35 3 kV 80 INFRABEL Tunnel Pierreuse Belgium 2020 3.2 3 kV 80 Metro Sao Paulo Line 4 Brazil 2010 28 1.5 kV 110 Metro Sao Paulo Line 5 phase 1 Brazil 2013 2.3 1.5 kV 100 Metro Sao Paulo Line 5 phase 2 Brazil 2018 21 1.5 kV 100 Metro Sao Paulo Line 4 Extension Brazil 2021 4.5 1.5 kV 110 Metro Sofia Line 3 Bulgaria 2018-2019 23.04 1.5 kV 90 Toronto Saint Clair station Canada 2016 0.37 750 V 30 Ottawa Confederation Line Canada 2018 7.88 1.5 kV 90 Metro Santiago de Chine L3 & 6 Chile 2016 79.75 1.5 kV 80 Guangzhou China 1999 0.2 1.5 kV - MTR Hong Kong SIL-KTE China 2015 12 1.5 kV 90 MTR Hong Kong SCL China 2017 25 25 kV 130 March 2021 © Pandrol 2021 1 of 6 Rigid Catenary Helsinki-Vantaa Airport Finland 2012 16 25 kV 120 RATP Défense/Nation RER A France 1983 0.4 1.5 kV -
Automated Metro, Safer and More Efficient
Automated Metro, safer and more efficient State-of-the-art technology at your service Transports Metropolitans de Barcelona Barcelona, on the road to automation The Barcelona Metro is on the road to automation. The medium- or long-term perspective is for 43% of the TMB network (70 to 160 kilometres) to be automated. The new lines, such as the L9/L10, have been conceived as automated lines and some of the existing ones will be progressively converted. Following L9/10, which was put into operation as an automated line from the outset, L2 will have to be technologically converted and adopt automated operation, as was recently done with L11. This is because, when it is extended to the airport through the Parc Logístic fork, L2 will share part of the infrastructure with L9. The two lines will require compatible trains and systems to operate jointly on the same infrastructure. The benefits of automation TMB’s commitment to automation is consistent 2) More passengers in less time with its desire to provide the best possible service. Automation enables more passengers to The introduction of automated metro systems not be transported in less time using the same only provides more safety, reliability and flexibility infrastructure. Thanks to their sophisticated control while adapting the supply to the demand, it also and monitoring systems, trains can run during peak enables more efficient management of the system times at shorter intervals, under two minutes, with and an increase in the capacity of the networks. An safety totally guaranteed. automated metro system can run with high journey frequencies, complete safety and optimum regularity. -
TCRP Research Results Digest 77
May 2006 TRANSIT COOPERATIVE RESEARCH PROGRAM Sponsored by the Federal Transit Administration Subject Areas: IA Planning and Administration, VI Public Transit, VII Rail Responsible Senior Program Officer: Gwen Chisholm-Smith Research Results Digest 77 International Transit Studies Program Report on the Fall 2005 Mission INNOVATIVE TECHNIQUES IN THE PLANNING AND FINANCING OF PUBLIC TRANSPORTATION PROJECTS This TCRP digest summarizes the mission performed October 20– November 5, 2005, under TCRP Project J-3, “International Transit Studies Program.” This digest includes transportation information on the cities and facilities visited. This digest was prepared by staff of the Eno Transportation Foundation and is based on reports filed by the mission participants. INTERNATIONAL TRANSIT participants to learn from foreign experience STUDIES PROGRAM while expanding their network of domestic and international contacts for addressing The International Transit Studies Prog- public transport problems and issues. ram (ITSP) is part of the Transit Cooperative The program arranges for teams of pub- Research Program (TCRP). ITSP is managed lic transportation professionals to visit ex- by the Eno Transportation Foundation under emplary transit operations in other countries. contract to the National Academies. TCRP Each study mission focuses on a theme that was authorized by the Intermodal Surface encompasses issues of concern in public Transportation Efficiency Act of 1991 and re- transportation. Cities and transit systems to authorized in 2005 by the Safe, Accountable, be visited are selected on the basis of their Flexible, Efficient Transportation Equity ability to demonstrate new ideas or unique Act: A Legacy for Users. It is governed by approaches to handling public transportation a memorandum of agreement signed by the CONTENTS challenges reflected in the study mission’s National Academies, acting through its theme. -
ÖRESUNDSMETRO KØBENHAVN MALMÖ 2017 BILAG 1 Geologisk Og Geoteknisk Rapport BILAG 3
KØBENHAVN MALMÖ BILAG 1 - 10 UDDYBENDE STUDIE AF EN BORET TUNNELLØSNING ÖRESUNDSMETRO KØBENHAVN MALMÖ 2017 BILAG 1 Geologisk og geoteknisk rapport BILAG 3 Geo Rapport Dato 23. juli 2013 Rambøll Hannemanns Allé 53 DK-2300 København S T +45 5161 1000 F +45 5161 1001 www.ramboll.dk Rambøll Danmark A/S CVR NR. 35128417 1/1 Medlem af FRI BILAG 2 Nødvendigt ventilationstværsnit BILAG 5 Nødvendigt ventilationstværsnit Dato 12. august 2013 Rambøll Hannemanns Allé 53 DK-2300 København S T +45 5161 1000 F +45 5161 1001 www.ramboll.dk Rambøll Danmark A/S CVR NR. 35128417 1/1 Medlem af FRI NOTAT Projekt Øresundmetro – Fase 1 Kunde Københavns kommune og Malmø Stad Dato 17-07-2013 Fra JTB, JTR Emne: Vurdering af tryktab i forbindelse med friktion i tunnel 1. Vurdering af tryktab i forbindelse med friktion i tunnel Dato 17-07-2013 Tunnel tværsnit : 19m2 Tog tværsnit: 9m2 Luftmængde ved brand: ≈100m3/s Rambøll 2 Hannemanns Allé 53 Areal af tværventilations kanal ≈10m DK-2300 København S Dvs. lufthastighed (dobbelt udsugning retning): T +45 5161 1000 F +45 5161 1001 www.ramboll.dk Util ≈2,63m/s 2 Uud ≈5m/s (ved 10m ) Tryktab i tunnel (kanal): ` ͦ 0 Hvor i=(indløbstab)≈ ∆͊ = ͦ ʠ͝ + ∗ + 1ʡ ͩ + ∗ / [(v] 0 (lang tunnel) og 0 ∗ / ~0 ` ͦ Hvor D=hydraulisk ∆͊ = ͦ ʠ ∗ + 1ʡ ͩ Diameter (D=4A/O) og L = Længde ͥ,ͦͨ ͥͦͤͤͤ ( Hvor 0,025 = ruhed ut ∆͊ = ͦ 0,025 ∗ + 1ʧ 5 . ~378͕͊ ͨ∗ux for beton tunnel og 12000 = ½ tunnel længde. Rambøll Danmark A/S CVR-NR 35128417 1/4 Medlem af FRI Tværventilation kanal: Forudsætter at luften suges 2 veje fra. -
ANNEX D Records on Study Tour to Japan
Information Collection Survey for the Mega Manila Subway Project Final Report ANNEX D Records on Study Tour to Japan Information Collection Survey for the Mega Manila Subway Project Final Report INTENTIONALLY LEFT BLANK Information Collection Survey for the Mega Manila Subway Project Final Report 1. Itinerary of Study Tour to Japan Beginning Ending Date Program Accommodation Time Time Manila to Haneda (Tokyo) 14:35 19:05 23-Aug Sun (Flight No.: NH870) Tokyo 21:45 - Check in at hotel 10:30 11:30 Courtesy Call to JICA Courtesy Call to MLIT (Presentations about Overview of Japanese Urban Railway and 14:00 15:30 Integrated Policy for Urban 24-Aug Mon Development and Transportation in Tokyo Japan) Discussion with Prof. Morichi, National Graduate Institute for 16:20 18:00 Policy Studies (Lecture on Urban Transport Policy in Asia) – Data 1 Site Visit: Tokyo Metro Co. Ltd. (Counter Disaster Measures, Rail/Non-Rail Operation, 25-Aug Tue 9:45 17:30 Operation & Maintenance, Tokyo Organization, Operation Center, Training Center, Depot) – Data 2 Site Visit: Tokyo Monorail 9:15 10:45 – Data 3 26-Aug Wed Site Visit: Shinjuku Station Multi Tokyo 14:30 16:00 Modal Transit Hub Construction Site Tokyo to Osaka 9:10 11:40 (Travel by Shinkansen) Site Visit: Mitsubishi Electric 27-Aug Thu 13:00 14:30 Osaka Factory 15:40 17:00 Site Visit: Kinki Sharyo Factory Site Visit: Osaka Station 28-Aug Fri 10:00 11:30 Osaka Non-Rail Business Kansai to Manila 29-Aug Sat 9:55 13:00 - (Flight No.: PR407) Annex-D - 1 Information Collection Survey for the Mega Manila Subway Project Final Report 2. -
A Prosperous Future Starts Here
A prosperous future starts here 100% of this paper was made using recycled paper 2018.4 (involved in railway construction) Table of Lines Constructed by the JRTT Contents Tsukuba Tokyo Area Lines Constructed by JRTT… ……………………… 2 Sassho Line Tsukuba Express Line Asahikawa Uchijuku JRTT Main Railway Construction Projects……4 Musashi-Ranzan Signal Station Saitama Railway Line Maruyama Hokkaido Shinkansen Saitama New Urban Musashino Line Tobu Tojo Line Urawa-Misono Kita-Koshigaya (between Shin-Hakodate-Hokuto Transit Ina Line Omiya Nemuro Line Shinrin-Koen and Sapporo) ■ Comprehensive Technical Capacity for Railway Sapporo Construction/Research and Plans for Railway Tobu Isesaki Line Narita SKY ACCESS Line Construction… ………………………………………………6 Hatogaya (Narita Rapid Rail Acess Line) Shiki Shin-Matsudo Hokuso Railway Hokuso Line ■ Railway Construction Process… …………………………7 Takenotsuka Tobu Tojo Line Shin-Kamagaya Komuro Shin-Hakodatehokuto Seibu Wako-shi Akabane Ikebukuro Line Imba Nihon-Idai Sekisho Line Higashi-Matsudo Narita Airport Hakodate …… Kotake-Mukaihara Toyo Rapid Construction of Projected Shinkansen Lines 8 Shakujii-Koen Keisei-Takasago Hokkaido Shinkansen Aoto Nerima- Railway Line Nerima Takanodai Ikebukuro Keisei Main Line (between Shin-Aomori and Shin-Hakodate-Hokuto) Hikifune Toyo- Tsugaru-Kaikyo Line Seibu Yurakucho Line Tobu Katsutadai ■ Kyushu Shinkansen… ………………………………………9 Tachikawa Oshiage Ueno Isesaki Line Keio Line Akihabara Nishi-Funabashi Shinjuku … ………………………………… Odakyu Odawara Line Sasazuka ■ Hokuriku Shinkansen 10 Yoyogi-Uehara -
Activia Properties Inc. Financial Results Presentation for the Period Ended May 2018 (The 13Th Period)July 2018 (Ticker Symbol: 3279/API) 1
View of central Tokyo from DECKS Tokyo Beach Activia Properties Inc. Financial Results Presentation for the Period ended May 2018 (the 13th Period)July 2018 (Ticker symbol: 3279/API) 1. Financial Highlights 2. External Growth, Internal Growth and Financial Strategies 3. Financial Forecasts 4. Others 5. Appendix Portfolio Strategy backed by High Asset Management Capability and External & Internal Growth Strategy generating Virtuous Cycle 2 Construct the most appropriate portfolio through property acquisition reflecting closely the changing market Jun. 2012 Nov. 2015 Jun. 2018 End of Beg. of at IPO 8th period 14th period ¥170.4bn Focused Focused Focused investment ¥292.9bn investment ¥431.5bn investment 79.7% 81.3% 80.6% 24.4% 55.3% 37.2% 44.2% 45.6% 35.0% Diversified portfolio Increased office Continues to through properties promising 28.5% 43.3% 44.9% acquire both retail enhancement of AUM contribution to and office through PO aiming at internal growth by properties of high 71.5% stabilization of 56.7% grasping at early 55.1% 20.3% quality, even after revenue timing the needs in 19.4% important tenants’ 18.7% market, backed by departure stability of retail properties Inner circle : Office Retail Outer circle : Tokyo Office (TO) Activia Account (AA) Urban Retail (UR) Continual external growth created virtuous cycle reinforcing portfolio and generating growth capability API’s strategy for Reinforcement of stability Reinforcement of growth capability external & internal growth cycle Breakdown of area with rent Ratio of rent of top 10