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The ICE Train Accident Near Eschede

  • Michiel Brumsen
Chapter
Part of the Issues in Business Ethics book series (IBET, volume 29)

Abstract

On 3 June, 1998 a serious accident occurred at Eschede involving Deutsche Bahn’s (German Railway) prestigious Inter City Express (ICE) train. ICE 884, “Wilhelm Conrad Röntgen” derailed at high speed (approx 200 km/h) and hit a viaduct that then collapsed on the train. The carriages that followed zigzagged like an accordion against the collapsed viaduct. The accident resulted in 101 dead and 88 injured. It sparked the greatest rescue operation undertaken to date in post-war Germany. This train had been synonymous with safety, reliability and progress. How could the accident have happened? At first glance, this accident was an unfortunate, and perhaps hardly foreseeable, failure of a part that unexpectedly proved to be very crucial. Yet, the case can very well be analysed as a situation that could have been prevented had the technology been better organized.

Keywords

Rubber Tire Fraunhofer Institute Emergency Brake Rigid Coupling Engine Driver 
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.

References

  1. Brinkbaumer, K., Ludwig, U. and Mascolo, G. 1999. ‘Die Deutsche Titanic.’ Der Spiegel 21/1999, 24 May.Google Scholar
  2. Liu, X. 2002a. ‘Gummiring im Visier der Forscher.’ VDI Nachrichten, 9 August.Google Scholar
  3. Liu, X. 2002b: ‘Neue Erklarung zum ICE-Zugunglucks von Eschede 1998.’ http://www.gcpd.de/publication/meeting2002/liuxiufei_gcpd2002.pdf (website Journal of the Society of Chinese Physists in Germany).
  4. Lodge, M. 2002. ‘The Wrong Type of Regulation? Regulatory Failure and the Railways in Britain and Germany.’ Journal of Public Policy 22(3):271–297.CrossRefGoogle Scholar
  5. Rhein Zeitung. 1996. ‘Neue Sicherheit’ für die Bahn. Rhein Zeitung, 9 Jun.Google Scholar
  6. Smith, R.A. 2003. ‘The Wheel-Rail Interface – Some Recent Accidents.’ Fatigue Fracture of Engineering Materials Structure 26:901–907.CrossRefGoogle Scholar

Copyright information

© Springer Science+Business Media B.V. 2011

Authors and Affiliations

  1. 1.Delft University of TechnologyDelftThe Netherlands

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