Dismantling the World Cultural Heritage Semmering Railway
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A Continental Railway Journey the Essentials?
Vienna to Trieste: A Continental Railway Journey From £1,199 per person // 11 days Follow in the footsteps of Michael Portillo as you travel from Vienna, through the Semmering Pass to Graz and onwards to Ljubljana, ending on the shores of the Adriatic Sea in Trieste. The Essentials? What's included Travel out to Vienna, the focal point of the Habsburg and Standard Class rail travel with seat reservations Austro-Hungarian Empires 10 nights’ handpicked hotel accommodation with breakfast Travel along the Semmering Railway between Vienna and City maps and comprehensive directions to your hotels Graz Clearly-presented wallets for your rail tickets and hotel Explore the fascinating cities of Graz and Ljubljana vouchers Discover the beautiful north Italian port of Trieste, on the All credit card surcharges and delivery of your travel Adriatic Sea documents Tailor make your holiday Add extra nights & destinations Choose alternative hotels Upgrade your journey to First Class Let us suggest the most scenic routes - Suggested Itinerary - Days 1 & 2 - Overnight To Vienna Take the direct Eurostar service from London to Amsterdam this morning and connect onto the overnight sleeper service to Vienna. There’s plenty of time in Amsterdam station to have some dinner or buy some supplies for the train. When you awake the next morning, you’ll be served a light breakfast in your cabin before you arrive into Vienna. On arrival, make your way to the Hotel Stefanie (or similar) for a 2-night stay. Day 3 - Vienna Enjoy a full day in the Austrian capital. Take in famous sights such as the Ringstrasse, State Opera House and St Stephen’s Cathedral, or the magnificent Schönbrunn Palace. -
Railways As World Heritage Sites
Occasional Papers for the World Heritage Convention RAILWAYS AS WORLD HERITAGE SITES Anthony Coulls with contributions by Colin Divall and Robert Lee International Council on Monuments and Sites (ICOMOS) 1999 Notes • Anthony Coulls was employed at the Institute of Railway Studies, National Railway Museum, York YO26 4XJ, UK, to prepare this study. • ICOMOS is deeply grateful to the Government of Austria for the generous grant that made this study possible. Published by: ICOMOS (International Council on Monuments and Sites) 49-51 Rue de la Fédération F-75015 Paris France Telephone + 33 1 45 67 67 70 Fax + 33 1 45 66 06 22 e-mail [email protected] © ICOMOS 1999 Contents Railways – an historical introduction 1 Railways as World Heritage sites – some theoretical and practical considerations 5 The proposed criteria for internationally significant railways 8 The criteria in practice – some railways of note 12 Case 1: The Moscow Underground 12 Case 2: The Semmering Pass, Austria 13 Case 3: The Baltimore & Ohio Railroad, United States of America 14 Case 4: The Great Zig Zag, Australia 15 Case 5: The Darjeeling Himalayan Railway, India 17 Case 6: The Liverpool & Manchester Railway, United Kingdom 19 Case 7: The Great Western Railway, United Kingdom 22 Case 8: The Shinkansen, Japan 23 Conclusion 24 Acknowledgements 25 Select bibliography 26 Appendix – Members of the Advisory Committee and Correspondents 29 Railways – an historical introduction he possibility of designating industrial places as World Heritage Sites has always been Timplicit in the World Heritage Convention but it is only recently that systematic attention has been given to the task of identifying worthy locations. -
World Heritage Coordinator for the City of Vienna Univ
VIENNA WORLD HERITAGE AND CONTEMPORARY ARCHITECTURE IMPRINT VIENNA CITY PLANNING BUREAU OWNER AND PUBLISHER Urban Development – Vienna MA18 – Urban Development and Urban Planning MA18 – URBAN DEVELOPMENT Wolfgang Dvorak A-1082 Vienna, Austria AND PLANNING Tel.: 01-4000-7271 MA19 – Architecture and Urban Design Josef Matousek, Andrea Kreppenhofer, Peter Scheuchel CONCEPTION Univ. Prof. Dr. Arnold Klotz, World Heritage Coordinator for the City of Vienna AUTHOR AND RESPONSIBLE FOR THE CONTENTS Wehdorn Architekten, Vienna (Univ. Prof. Dr. Manfred Wehdorn, Mag. Susanne Hayder) TRANSLATION David Wright, Maria Saal EXIBITION DESIGN Kurt Waldert PREPRESS max schinko PHOTOS Unless expressly stated to the contrary, all exhibition illustrations from: “Vienna, architecture – The State of the Art IV” EXHIBITION VIENNA WORLD HERITAGE AND CONTEMPORARY ARCHITECTURE IMPRINT VIENNA CITY PLANNING BUREAU OWNER AND PUBLISHER Urban Development – Vienna MA18 – Urban Development and Urban Planning MA18 – URBAN DEVELOPMENT Wolfgang Dvorak A-1082 Vienna, Austria AND PLANNING Tel.: 01-4000-7271 MA19 – Architecture and Urban Design Josef Matousek, Andrea Kreppenhofer, Peter Scheuchel CONCEPTION Univ. Prof. Dr. Arnold Klotz, World Heritage Coordinator for the City of Vienna AUTHOR AND RESPONSIBLE FOR THE CONTENTS Wehdorn Architekten, Vienna (Univ. Prof. Dr. Manfred Wehdorn, Mag. Susanne Hayder) TRANSLATION David Wright, Maria Saal EXIBITION DESIGN Kurt Waldert PREPRESS max schinko PHOTOS Unless expressly stated to the contrary, all exhibition illustrations from: -
Semmering Railway Drew a Large Influx of Guests
site could be retained to a large degree up to the present day. WORLD HERITAGE LIST The first completely artificial recreation area developed at the Semmering as a consequence of its new accessibility, as it could be comfortably and rapidly reached by train. Grand Semmmngbahn (Austria) and palatial hotels, country houses, and villas were designed by the most famous architects of the period, in the so-called No 785 "Semmering style," heralding the modem age in alpine building. The Semmering was soon frequented by both the nobility and the grande bourgeoisie, particularly of Vienna and Budapest, and it became a meeting place for notable and important personalities of the Austro-Hungarian monarchy. Identification The varied landscape, the favourable climate, the easy accessibility, and the luxurious accommodation of the area Nomination The Semmering Railway drew a large influx of guests. (Semmeringbahn) - cultural site Thus, the history of the Semmering reflected the events of economic and political history as a whole. In its heyday Location Provinces of Lower Austria and Styria during the fin de siecle and after World War I it remained a rendezvous for high society. Although the halcyon days of State Party Republic of Austria the Semmering were over by the end of the 1920s and the beginning of the 1930s, it became fashionable again as a Date 27 September 1995 holiday resort after World War II. After another low period that continued until the late 1980s, the cultural landscape that had been so indelibly marked by the architecture and the Justification by State Party concepts of early tourism during the late 19th century met with new public interest. -
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. -
New Semmering Base Tunnel, Project Description and Ventilation Concept
- 1 - NEW SEMMERING BASE TUNNEL, PROJECT DESCRIPTION AND VENTILATION CONCEPT Gobiet G.1, Langner V.2, Hagenah B. 2 1ÖBB Infrastruktur AG 2Gruner GmbH, Vienna ABSTRACT The New Semmering Base Tunnel is one of the most important infrastructural projects in the heart of Europe. The 27.3-kilometer-long, twin-bore tunnel, with an emergency stop in the middle, connects Gloggnitz in Lower Austria with Mürzzuschlag in Styria. The emergency ventilation includes air extraction and supply through a 400-meter-long shaft situated at the emergency station. This article gives an overview of the tunnel project including a description of the ventilation concept. Keywords: rail tunnel, ventilation requirements 1. INTRODUCTION The New Semmering Base Tunnel is one of the most important infrastructural projects in the heart of Europe. This twin-bore railway tunnel stands as a long-term investment in Austrian business, creating substantial value and a positive influence on the Austrian employment market for years to come. The Südbahn southern railway line is the central connecting section of the trans-European, high-speed line from the Baltic to the Adriatic. As a result of the extension and modernization of this Baltic-Adriatic corridor via Warsaw and Vienna, Austria is gaining access to new markets and economic areas. Together with Vienna’s new main railway station, the redevelopment of Graz main railway station and the Koralmbahn section, the New Semmering Base Tunnel ensures that the Südbahn line will remain attractive with a secure future, both for goods and passenger transportation. The 27.3-kilometer-long tunnel connects Gloggnitz in Lower Austria with Mürzzuschlag in Styria. -
Southern Line Experience More
SOUTHERN EXPERIENCE LINE MORE 80 km NEW TUNNELS AND UNDERPASSES 3,500,000 18 PEOPLE LIVING IN THE SOUTHERN NEWLY BUILT RAILWAY STATIONS, TRAIN LINE’S COMMUTER BELT STOPS, AND FREIGHT TRAFFIC FACILITIES 33 km KORALM TUNNEL, ONE OF THE LONGEST RAILWAY TUNNELS IN THE WORLD 1 h 20 min 250 km/h SHORTER TRAVEL TIME POSSIBLE MAXIMUM VIENNA – KLAGENFURT LINE SPEED WL 15,000 JOBS IN THE OPERATING STAGE AFTER 2026 50 min 2026 SHORTER TRAVEL NEW, MODERNISED TIME GRAZ - VIENNA FACILITIES PUT INTO OPERATION Experience more. > 5,000 EMPLOYED WORKERS When we say "experience more", we mean all the 200 km 14,000,000 many dimensions of human travel: arriving, living EXTENDED, MODERNISED TONS OF EXCAVATED AND RAILWAY LINE EXTRACTED MATERIAL and learning. 150 NEW BRIDGES AND In 2026, trains will speed from Vienna to Klagen- UNDERPASSES furt in just 2 hours and 40 minutes and from Graz to 170 km 210,000 NEW CONSTRUCTION ROUTE NEW SEGMENTS ARE BEING Klagenfurt in 45 minutes. Covering a total of 470 km, BUILT IN THE TUNNEL they will pass through numerous new railway stations ~90 and through the Semmering and the Koralpe moun- MODERNISED RAILWAY STATIONS AND TRAIN STOPS tains at the highest of speeds. And when it comes to more "experiences" - just wait until Austria’s new Southern Line opens! 4 The Benefits The Benefits 5 The future of traveling and transport SHORTER TRAVEL TIMES The Southern Line is one of the largest and most VIENNA – GRAZ 2017: from 2 h 35 min 2026: 1 h 50 min VIENNA – KLAGENFURT 2017: from 3 h 55 min 2026: 2 h 40 min spectacular infrastructure projects of the coming decade. -
Semmering Base Tunnel – Large Caverns in Challenging Conditions
Proceedings of the World Tunnel Congress 2017 – Large Caverns – Underground solutions. Bergen, Norway. Semmering Base Tunnel – Large Caverns in Challenging Conditions M. Proprenter iC consulenten ZT GesmbH, Vienna, Austria. O. K. Wagner ÖBB - Austrian Federal Railways, Graz, Austria. ABSTRACT: Semmering Base Tunnel, one of the major infrastructure projects in Europe, consists of two 27.3 km long single-track tunnels, numerous cross passages and a complex underground emergency station with two, more than 420 m deep, shafts. Temporary access is provided by a 1.2 km long access tunnel, with two 120 m subsurface shafts, and two 100 m shafts from the surface. Various types of large caverns are planned, which are either foreseen temporarily for construction purposes such as intermediate access and space for site installations, or permanently for the underground emergency station. The dimensions of the larger caverns are in the range of 25 m by 16 m. The maximum overburden above the caverns is app. 500 m in difficult geological conditions with large fault zones and extensive water inflow, which require complex heading concepts, extensive support measures and partially special ground improvement works such as grouting. The1 appliedINTRODUCTION construction method for the caverns andwhich the is main also parta designated of the single world track heritage tubes site is SEM/NATM whereas the remaining sections are excavateddue to its b engineeringy means of TBM.excellence Works. are ongoing from 2014 until 2026. The new tunnel system will reduce the travel 1.1 General time and improve the travel quality for The Baltic-Adriatic Railway Corridor stretching passenger and freight trains crossing the across Europe connects the Baltic Sea (Gdansk mountainous landscape. -
CONTENTS “TUNNEL SAFETY and VENTILATION” Graz, Mai 12 - 13, 2014 Preface
CONTENTS “TUNNEL SAFETY AND VENTILATION” Graz, Mai 12 - 13, 2014 Preface Implementation of the EU Directive on Minimum Safety Requirements for Tunnels in the Trans-European Road Network - Status Report 1 S. WIESHOLZER; BMVIT, Federal Ministry for Transport, Innovation and Technology, Vienna, A How Frequent are Fires in Tunnels – Analysis from Austrian Tunnel Incident Statistics 5 G. RATTEI; ASFINAG, A A. LENTZ, B. KOHL; ILF Consulting Engineers, Linz, A Technical Trade-Offs Using Fixed Fire Fighting Systems 12 H. INGASON, Y.Z LI; SP Technical Research Institute of Sweden, SE With High Speed to a Safe Emergency Handling - Vienna - St. Pölten Tunnel High-Speed Line 20 F. DIERNHOFER1, C. SOMMERLECHNER2, B. FÖSSLEITNER2; 1ILF Consulting Engineers, A, 2ÖBB-Infrastruktur AG, A Upgrading Existing TERN Road Tunnels to Current Needs, Taking the Arlbergtunnel as an Example 28 M. BACHER, P.J. STURM; Graz University of Technology, A Control of the Tunnel-Ventilation System in the Northern Link (Norra Länken) in Stockholm 38 L. ELERTSON; Swedish Transport Administration, SE Automatic Responses when Something Happens: What Should Be Implemented in the Future 44 T.T. ARALT; Multiconsult AS, N Safety Integrated: How much Safety Lies within Tunnel Automation? 50 R. RAFFEINER, T. PFEIFFER; Siemens AG, A Monitoring Centres - A Developmental Journey into the Next Decade 58 A. WALTL; ASTL, A P. REITER; AutomationX, A Real-Time Estimation of Heat Release Rates in Tunnel Fires 65 I. NAKAHORI.1, T. SAKAGUCHI.1, A. NAKANO1, A. MITANI 1, A.E. VARDY2; 1Sohatsu Systems Laboratory Inc., JPN; 2University of Dundee, UK Provisions for Reliable and Effective Smoke Detection in Road Tunnels 75 R. -
Long Infrastructure Tunnels – Future Trends and Challenges *Thomas
The 2019 World Congress on Advances in Structural Engineering and Mechanics (ASEM19) Jeju Island, Korea, September 17 - 21, 2019 Keynote Paper Long infrastructure tunnels – future trends and challenges *Thomas Marcher 1) Institute for Rock Mechanics and Tunnelling (RMT), Graz University of Technology, Graz, Austria ABSTRACT Digitalization will change the way of gathering geological data, the methods of rock classification as well as the application of design analyses in the field of tunneling. Tunnel construction processes and tunnel maintenance will be influenced by this digital transformation as well. The paper at hand takes the experiences with the recent (long) base tunnel projects through the European Alps into account. In the last years a rapid increase in the successful application of digital techniques (Building Information Modelling – BIM and Machine Learning - ML) for a variety of challenging tasks can be observed. Potential for ML is seen in the automatic rock mass behavior classification utilizing tunnel boring machine (TBM) advance-data, in the update of geological prognosis ahead of the tunnel face and in the way of interpretation of monitoring results as well as in the way of inspecting and maintaining existing tunnels. Design optimizations of tunnel linings, especially the use of single shell linings instead of double shell linings, aim to reduce construction time and costs. The thermal use of the tunnel environment (air, water, ground), the reduction of construction material (concrete and steel) required for the tunnel support as well as less transportation volume all eventually result in increased sustainable benefits and in lower carbon footprints. 1. MOTIVATION The European North-South Railway Links from Rotterdam to Genoa (Western Corridor), from Berlin to Palermo (Central Corridor) and from Gdansk to Trieste (Baltic – Adriatic Corridor) are the most important connections in Europe. -
New Emission Data for Ventilation Design for Road Tunnels
- 1 - DUST LOADS IN RAILWAY TUNNELS – RESULTS FROM IN-SITU MEASUREMENTS AND CONSEQUENCES FOR TUNNEL FACILITIES AND RAILWAY OPERATION 1Helmut Steiner, 2Peter Sturm, 2Daniel Fruhwirt, 1ÖBB Infrastruktur AG, A; 2Graz University of Technology, A ABSTRACT Several long railway tunnels are currently under construction in Austria (e.g. the Koralm Tunnel / KAT; Semmering Base Tunnel / SBT; Brenner Base Tunnel / BBT). The project KAT is now at the beginning stage of implementation with respect to technical railway equipment. In order to complete the detailed planning several very specific topics have to be examined in detail. The ÖBB (Austrian railway corporation) has thus begun detailed research in the relevant areas in order to grapple with problems at their root, and to allow for findings to be incorporated into ongoing projects. For example, it is known from cases in Switzerland, where several long railway tunnels have been in operation for years (Lötschberg Base Tunnel / LBT; Gotthard Base Tunnel / GBT), that technical equipment needs a lot of maintenance when it is exposed to high dust loads. The quantity and composition of the dust also play a key role here. To assess the nature of the problem, in-situ measurements were thus carried out in an ÖBB railway tunnel under full operation in Upper Styria. The knowledge gained from these measurements is to be integrated into current and future rail tunnel projects. Specific attempts were made to derive characteristic emission factors in relation to different train types. It should then prove possible to estimate total dust emissions in current and future projects, depending on the specific operating programs, timetables, train mix etc. -
Towards Governance for the Management of Cultural Landscapes
EUROPEAN SPATIAL RESEARCH AND POLICY Volume 21 2014 Number 2 10.1515/esrp-2015-0005 Peter KURZ*, Gisa RULAND*, Sibylla ZECH** TOWARDS GOVERNANCE FOR THE MANAGEMENT OF CULTURAL LANDSCAPES Abstract. Many (World Heritage) cultural landscapes are a living environment for thousands of inhabitants, visitors, entrepreneurs, farmers and other land users. In order to manage such land- scapes we have to consider the legal framework and the reality of the regional planning culture. The ‘landscape of regional players’ consists of a wide range of stakeholders. How should regions tackle natural and cultural heritage as an integrated part of regional development? The discussion of Aus- tria’s Hallstatt-Dachstein / Salzkammergut World Heritage region involves vertical and horizontal dimensions of governance, including politics, administration, private businesses and civil society. Key words: UNESCO World Heritage, regional planning, rural development, adaptive co- -management. 1. CULTURAL LANDSCAPES, REGIONAL DEVELOPMENT AND THE UNESCO WORLD HERITAGE IN AUSTRIA The Austrian canon of cultural landscapes with ‘outstanding universal value’ rang- es from the alpine landscape of the Dachstein and the ancient salt mining town of Hallstadt, the fin de siècle summer retreat landscape around the mountain railway over the Semmering,1 the Danube landscape of the Wachau and the Pannonian cultural landscape of Fertö / Lake Neusiedl.2 Sadly it has not yet been possible to position a cultural landscape in the lower mountain ranges as a World Cultural * Peter KURZ,