Skip to main content

LUP Student Papers

LUND UNIVERSITY LIBRARIES

Brandteknisk riskvärdering av Kungliga dramatiska teatern

Grönlund, Fredrik LU ; Larsson, Alice LU ; Lundkvist, Alexandra LU ; Ryding, Tilde LU and Wihlborg, Elin LU (2024) VBRN70 20241
Division of Fire Safety Engineering
Abstract (Swedish)
Denna rapport skapades inom kursen VBRN70 Brandteknisk Riskvärdering vid Lunds
universitet. Syftet med rapporten är att utvärdera brandsäkerheten och
utrymningssäkerheten på Kungliga Dramatiska Teatern i Stockholm, Sverige. Fokus för
utvärderingen var människors säkerhet, med delvis fokus på att byggnaden i sig förblir
intakt. Byggnaden är kulturminnesmärkt och bör därför skyddas i större utsträckning
jämfört med andra byggnader. Utvärderingen är begränsad till den stora scenens
publikutrymmen, med en maximal kapacitet på 800 besökare.
Flera möjliga brandscenarier identifierades baserat på ett platsbesök samt statistik från
liknande byggnader. Av dessa valdes tre brandscenarier för vidare analys. Bränderna
simulerades med hjälp av... (More)
Denna rapport skapades inom kursen VBRN70 Brandteknisk Riskvärdering vid Lunds
universitet. Syftet med rapporten är att utvärdera brandsäkerheten och
utrymningssäkerheten på Kungliga Dramatiska Teatern i Stockholm, Sverige. Fokus för
utvärderingen var människors säkerhet, med delvis fokus på att byggnaden i sig förblir
intakt. Byggnaden är kulturminnesmärkt och bör därför skyddas i större utsträckning
jämfört med andra byggnader. Utvärderingen är begränsad till den stora scenens
publikutrymmen, med en maximal kapacitet på 800 besökare.
Flera möjliga brandscenarier identifierades baserat på ett platsbesök samt statistik från
liknande byggnader. Av dessa valdes tre brandscenarier för vidare analys. Bränderna
simulerades med hjälp av FDS och utrymningen modellerades med Pathfinder.
Scenario 1A är en brand i publikens garderob på våning 3.
Scenario 1B är en brand i publikens garderob på våning 5.
Scenario 2 är en brand i ett förrådsutrymme på våning 2, precis under parketten.
Brändernas tillväxthastigheter och effektveckling beräknades med handberäkningar och
matades in i datorprogrammen. Relevanta antaganden gjordes både för
brandsimuleringarna och utrymningssimuleringarna. Resultaten visar att det finns
tillräckligt med tid att utrymma i alla tre scenarier, men det är med mycket liten marginal i
vissa fall. Det fanns också några brister i det tekniska brandskyddet som identifierades
under platsbesöket. Därför ges förslag på åtgärder mot slutet av rapporten (Less)
Abstract
This report was created within the course VBRN70 Brandteknisk Riskvärdering at Lund
University. The purpose of the report is to evaluate the fire and evacuation safety of
Kungliga Dramatiska Teatern in Stockholm, Sweden. The focus of the evaluation was
human safety, with partial focus on the building itself remaining intact. The building is
marked as a cultural heritage and should therefore be protected with additional
measures, compared to other buildings. The evaluation is limited to the large scene
audience, with a maximum capacity of 800 guests.
Several possible fire scenarios were identified based on a site visit and statistics from
similar buildings. Out of these, three fire scenarios were chosen for further analysis. The
... (More)
This report was created within the course VBRN70 Brandteknisk Riskvärdering at Lund
University. The purpose of the report is to evaluate the fire and evacuation safety of
Kungliga Dramatiska Teatern in Stockholm, Sweden. The focus of the evaluation was
human safety, with partial focus on the building itself remaining intact. The building is
marked as a cultural heritage and should therefore be protected with additional
measures, compared to other buildings. The evaluation is limited to the large scene
audience, with a maximum capacity of 800 guests.
Several possible fire scenarios were identified based on a site visit and statistics from
similar buildings. Out of these, three fire scenarios were chosen for further analysis. The
fires were simulated using FDS, and evacuation was modelled using Pathfinder.
Scenario 1A is a fire in the audience wardrobe on floor 3.
Scenario 1B is a fire in the audience wardrobe on floor 5.
Scenario 2 is a fire in a storage area on floor 2, right underneath the front row seats.
The fire growth rates, and heat release rates were calculated by hand and input to the
computer programs. Relevant assumptions were made both for the fire simulations and
evacuation simulations. Results show that there is enough time to evacuate in all three
scenarios, however it is by very small margin in some cases. There were also a few defects
in the technical fire protection identified during the initial site visit. Therefore, suggestions
of improvements in the fire safety design are given towards the end of the report. (Less)
Please use this url to cite or link to this publication:
author
Grönlund, Fredrik LU ; Larsson, Alice LU ; Lundkvist, Alexandra LU ; Ryding, Tilde LU and Wihlborg, Elin LU
supervisor
organization
alternative title
Evaluation of the fire safety in Kungliga dramatiska theater
course
VBRN70 20241
year
type
L3 - Miscellaneous, Projetcs etc.
subject
keywords
FDS, Pyrosim, Pathfinder, HRR, VBRN70, BTR, brandteknisk riskvärdering, fire safety evaluation, Kungliga Dramatiska Teatern, Dramaten, utrymningssimulering, brandsimulering, kritiska förhållanden, ASET, RSET
report number
9554
language
Swedish
id
9160406
date added to LUP
2024-06-10 08:51:17
date last changed
2024-06-11 08:46:06
@misc{9160406,
  abstract     = {{This report was created within the course VBRN70 Brandteknisk Riskvärdering at Lund
University. The purpose of the report is to evaluate the fire and evacuation safety of
Kungliga Dramatiska Teatern in Stockholm, Sweden. The focus of the evaluation was
human safety, with partial focus on the building itself remaining intact. The building is
marked as a cultural heritage and should therefore be protected with additional
measures, compared to other buildings. The evaluation is limited to the large scene
audience, with a maximum capacity of 800 guests.
Several possible fire scenarios were identified based on a site visit and statistics from
similar buildings. Out of these, three fire scenarios were chosen for further analysis. The
fires were simulated using FDS, and evacuation was modelled using Pathfinder.
Scenario 1A is a fire in the audience wardrobe on floor 3.
Scenario 1B is a fire in the audience wardrobe on floor 5.
Scenario 2 is a fire in a storage area on floor 2, right underneath the front row seats.
The fire growth rates, and heat release rates were calculated by hand and input to the
computer programs. Relevant assumptions were made both for the fire simulations and
evacuation simulations. Results show that there is enough time to evacuate in all three
scenarios, however it is by very small margin in some cases. There were also a few defects
in the technical fire protection identified during the initial site visit. Therefore, suggestions
of improvements in the fire safety design are given towards the end of the report.}},
  author       = {{Grönlund, Fredrik and Larsson, Alice and Lundkvist, Alexandra and Ryding, Tilde and Wihlborg, Elin}},
  language     = {{swe}},
  note         = {{Student Paper}},
  title        = {{Brandteknisk riskvärdering av Kungliga dramatiska teatern}},
  year         = {{2024}},
}