Sicherheit und Katastrophenschutz für Museen, Archive

5. Literatur
1 Fire Risk Evaluation To European Cultural Heritage, Decision Supporting Procedure, Users Guide, Fifth
Framework Programme, P. Vandevelde (Hg.), Gent 2005, s.a. downloads unter: http://www.firetech.be
2 Dobbernack, R.; Klingenberg, M.: Fire Risk Assessment Methods, WG 6 in Fire Risk Evaluation To
European Cultural Heritage, Fifth Framework Programme, Gent 2005, s.[1]
3 Nelson, H. E.; Shibe, A. J.: A System for Fire Safety Evaluation of Health Care Facilities, NBSIR 78-1555,
NIST, Washington DC, 1980.
4 Watts, J. M.: The Sfpe Handbook, Fire Protection Engineering, section five, chapter 10,
3rd edition, 2002.
5 XPS Fire, manual Version 3.0, Munich Re, 9/96.
6 Budnick, E. K.; Mckenna, L. A. Jr., Watts, J. M. Jr.: Quantifying Fire Risk for Telecommunications
Network Integrity, in Fire Safety Science – Proceedings of the Fifth International Symposium,
International Association for Fire Safety Science, pp. 691 – 700, 1997.
7 Fontana, M.: SIA 81 – A Swiss Risk Assessment Method, VTT Symposium 179, pp 59-69, Institute of
Structural Engineering, ETH Zürich.
8 De Smet, F.R.A.M.E: Fire Risk Assessment Method for Engineering;
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9 Larsson, D.: Developing the Structure of a Fire Risk Index Method for Timber-frame Multi-storey
Apartment Buildings, Report 5062, Dept. of Fire Safety Engineering, Lund University, 2000.
10 Hultquist, H., Karlsson, B.: Evaluation of a Fire Risk Index Method for Multi Storey Apartment
Buildings, Department of Fire Safety Engineering, Lund University, Sweden, Report 3088, Lund, 2000.
11 Karlsson, B.: Fire Risk Index Method-Multi Storey Apartment Buildings, FRIM-MAB, Version 1.2,
Trätek Report I 0009025, Sweden, 2000.
12 Watts, J. M. Jr.: Fire Risk Ranking, Section 5, Chapter 2, SFPE Handbook of Fire Protection Engineering,
2nd Edition, USA, 1995.
13 ISO/TC92/SC4/WG10 N24 Rev: Draft Material submitted describing Fire Risk Assessment Methods,
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14 Meacham, B. J.: The SFPE Handbook, Fire Protection Engineering, section five, chapter 12,
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15 ISO/TC/SC4/WG10 N34 Rev1: Fire Safety Engineering, WG10: Fire Risk Assessment; Draft document on
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Risk to European Cultural Heritage, WG6, Fire Risk Assessment Methods, Example of Application
(Appendix 4), 2005.
17 Magnusson, S. E.; Frantzich, H.; Harada, K.: Fire Safety Design Based on Calculations, Uncertainty
Analysis and Safety Verification, Department of Fire Safety Engineering, Lund University, Report 3078,
Sweden, 1995.
18 Hosser, D.; Sprey, W.: A Probabilistic Method for Optimisation of Fire Safety in Nuclear Power Plants,
First International Symposium on Fire Safety Science, Gaithersburg, Maryland, USA, 1985.
19 Curtat, M.; Vandevelde, P.; De Neayer, A.; Streuwe, E. ; Twilt, L. ; Breunese, A.; Neves, C.; Valente, J.; Ventura,
J.: Fire Risk Define, apply and document a quantitative method to help decision making, WG 7 in Fire
Risk Evaluation To European Cultural Heritage, Fifth Framework Programme, 2005.
20 Leitfaden Ingenieurmethoden des Brandschutzes, Herausgeber D. Hosser, vfdb, Technischer Fachbericht
TB04/01, Mai 2006.
21 vfdb, 8. Internationales Brandschutz-Seminar, Band 1, Karlsruhe, 25. - 28. Oktober 1990.
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