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E-raamat: Safety and Security in Railway Engineering

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  • Formaat: 160 pages
  • Ilmumisaeg: 03-Jun-2010
  • Kirjastus: WIT Press
  • ISBN-13: 9781845644970
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  • Formaat: 160 pages
  • Ilmumisaeg: 03-Jun-2010
  • Kirjastus: WIT Press
  • ISBN-13: 9781845644970

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There is a notable lack of agreement regarding the safety approaches adopted by different transportation modes, while the sudden increased demands for security for both freight and passengers has provided a more uniform methodological approach. Each transport mode has, over time, developed its own safety rules. The unprecedented and apparently irreversible growth of terrorist activities has affected all transport systems. It is virtually impossible to think of new infrastructure projects without taking these parameters into consideration. (This led to the EU Commission recent approval of the European Directive 2008/114/EC on the identification and designation of European critical infrastructures and the assessment of the need to improve their protection.A") Measures to be taken relating to security are dependent on the users, and if properly handled may help reduce global transport costs and increase the efficiency of the operators. Competing networks can provide information about freight and passenger movements leading to the optimisation of the entire supply chain.This volume collects the most significant papers that various authors have submitted in conferences organised by the Wessex institute of Technology on safety and security in order to present the state of the art of research in these areas.
The role of the Notified Bodies in the process of the railway liberalization
1(8)
G. Sciutto
C. Bellini
A. Gloria
Safety at the platform
9(10)
M. Miyachi
Y. Sasaki
K. Morisaki
K. Onda
M. Miyaoka
Computer architectures and safety integrity level apportionment
19(10)
H. Jansen
H. Schabe
Time-varying failure rate for system reliability analysis in large-scale railway risk assessment simulation
29(10)
H. Zhang
E. Cutright
T. Giras
The safety measures against deformation of the track
39(10)
S. Chang
K. Y. Chang
R. J. T. Chen
L.-C. Wang
Railway collision risk analysis due to obstacles
49(10)
A. Fernandez
B. Vitoriano
Role of supervision systems in railway safety
59(10)
F. Belmonte
J.-L. Boulanger
W. Schon
K. Berkani
Common approach for supervising the railway safety performance
69(10)
E. M. El Koursil
L. Tordai
Potential dangerous object detection on railway ballast using digital image processing
79(10)
P. L. Mazzeo
E. Stella
M. Nitti
A. Distante
Methodology for the monitoring, control and warning of defects for preventive maintenance of rails
89(10)
K. C. Labropoulos
P. Moundoulas
A. Moropoulou
Fault detection of railway track by multi-resolution analysis
99(10)
T. Kojima
H. Tsunashima
A. Matsumoto
A Discrete Time Markov Chain approach to global risk analysis in railway transportation
109(10)
P. Cesario
N. Sacco
M. Sciutto
Taking advantage of some complementary modelling methods to meet critical system requirement specifications
119(10)
F. Defossez
P. Bon
S. Collart-Dutilleu
SPAD - reducing timetable related risk
129(8)
H.-H. Kohls
R. Watson
Obstacle recognition from forward view images from trams
137
H. Miyayama
T. Ohya
T. Katori
T. Izumi
Professor Giuseppe SCIUTTO is Professor of Transport Technology at the University of Genoa, Italy, where he teaches courses on MARITIME TRANSPORT AND LOGISTICS MANAGEMENT, ELECTRICAL SYSTEMS FOR RAILWAY ENGINEERING, and TECHNOLOGY AND ECONOMICS OF TRANSPORT AND MARITIME TRANSPORT. Professor Sciutto is the author of numerous papers on transportation engineering, and the editor of a number of conference proceedings on transportation, including several on railways engineering. His current research is on the integration of port development with railways