En metodik för att utvärdera brandskadescenario på kärnkraftverk
A methodology for assessing fire damage scenarios in nuclear power plants
Author
Summary, in English
There are a large number of fire scenarios at nuclear power plants that must be analysed to obtain a
picture of the fire risk. This report presents a schematic method that can be useful when identifying
areas where deeper analysis is necessary. The methodology is based on four possible scenarios.
Accepted and generally used calculations methods are available for three of these scenarios. As for
the fourth scenario, smoke layer temperature in an adjacent room, there are no general and useful
correlations available. For this reason is a large part of this report devoted to describing how such a
correlation has been developed. The smaller validation study of the correlation made in the report
is promising, but further validation are considered necessary
The presented methodology presented provides a rough idea of the fire risks and can be used as a
support for decisions on further analysis.
picture of the fire risk. This report presents a schematic method that can be useful when identifying
areas where deeper analysis is necessary. The methodology is based on four possible scenarios.
Accepted and generally used calculations methods are available for three of these scenarios. As for
the fourth scenario, smoke layer temperature in an adjacent room, there are no general and useful
correlations available. For this reason is a large part of this report devoted to describing how such a
correlation has been developed. The smaller validation study of the correlation made in the report
is promising, but further validation are considered necessary
The presented methodology presented provides a rough idea of the fire risks and can be used as a
support for decisions on further analysis.
Department/s
Publishing year
2012
Language
Swedish
Publication/Series
LUTVDG/TVBB--3159--SE
Full text
Document type
Report
Publisher
[Publisher information missing]
Topic
- Building Technologies
- Other Civil Engineering
Status
Published
Report number
3159
Research group
- Fire dynamics
ISBN/ISSN/Other
- ISSN: 1402-3504