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Prepare for fire and evacuation risk

 

​How to ensure fire and evacuation safety?

The risk of fire and the need for evacuation safety are constant concerns of a facility manager. Meeting regulatory standards requires the ongoing development of your facilities, systems and organizations to ensure proper management of fire risks and evacuation safety. Investment projects, new materials, products and building methods in particular can lead to the unexpected risk of fire or evacuation safety issues.

VTT's fire and evacuation safety research covers methods of fire and evacuation safety assessment, material performance and risk analysis. Using our cross-disciplinary expertise and computational and experimental methods we can help you in the planning of safety strategies, the design of organisations and systems of different levels, and take-up of new methods and technologies.

Methods for fire and evacuation safety assessments

  • Fire simulation
  • Evacuation simulation
  • Efficiency of fire safety systems
  • Human behaviour
  • Simulation of fire and structures

Material fire safety

  • Atomistic simulation of materials
  • Pyrolysis experiments and modelling
  • Fire safety of composites

Risk analysis

  • Quantitative fire risk analysis
  • Operation time modelling
  • Fire service impact and strategies 

 

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​Conference papers

Nordic Fire & Safety Days 2017  (NFSD):

Hakkarainen, T., Korhonen, T., & Vaari, J. (2017). Heat Release Characteristics of Ethanol-Water Mixtures: Intermediate and Full Scale Fire Tests. In Nordic Fire & Safety Days 2017: Book of Abstracts [17] RISE Research Institutes of Sweden. 

Hostikka, S., Janardhan, R. K., Riaz, U., & Sikanen, T. (2017). Fire-induced pressures in modern airtight apartment building. In Nordic Fire & Safety Days (NFSD): Book of Abstracts [18] RISE Research Institutes of Sweden. 

Sikanen, T., Matala, A., & Hostikka, S. (2017). Validation of sub-grid scale particle model for cable fire spread. In Nordic Fire & Safety Days (NFSD): Book of Abstracts [69] RISE Research Institutes of Sweden. 

SAFIR2018 - The Finnish Research Programme on Nuclear Power Plant Safety:

Matala, A., Sikanen, T., Vaari, J., Paajanen, A., Paudel, D., & Hostikka, S. (2017). Fire risk evaluation and Defence-in-Depth (FIRED). In SAFIR2018 - The Finnish Research Programme on Nuclear Power Plant Safety 2015-2018: Interim Report (pp. 124-134). (VTT Technology; Vol. 294). VTT. 

Journal articles

Vaari, J., & Paajanen, A. (2018). Evaluation of the reactive molecular dynamics method for Research on flame retardants: ATH-filled polyethylene. Computational Materials Science, 153, 103-112.  - link

Sikanen, T., & Hostikka, S. (2017). Numerical simulations of liquid spreading and fires following an aircraft impact. Nuclear Engineering and Design, 318, 147-162.  - link

Sikanen, T., & Hostikka, S. (2017). Predicting the heat release rates of liquid pool fires in mechanically ventilated compartments. In 12th International Symposium on Fire Safety Science: Book of Abstracts (pp. 33) - link

Hostikka, S., & Matala, A. (2017). Pyrolysis Model for Predicting the Heat Release Rate of Birch Wood. Combustion Science and Technology, 189(8), 1373-1393.  - link

Paajanen, A., & Vaari, J. (2017). High-temperature decomposition of the cellulose molecule: a stochastic molecular dynamics study. Cellulose, 24(7), 2713-2725.  - link

Xü, Q., Jin, C., Griffin, G. J., Matala, A., & Hostikka, S. (2016). A PMMA flammability analysis using the MCC: effect of specimen mass. Journal of Thermal Analysis and Calorimetry, 126(3), 1831-1840.  - link

Hostikka, S., Silde, A., Sikanen, T., Vepsä, A., Paajanen, A., & Honkanen, M. (2015). Experimental characterisation of sprays resulting from impacts of liquid-containing projectiles. Nuclear Engineering and Design, 295, 388-402.  - link

 

 

You'll find more information on publications and other research activities on VTT's Research Information Portal.

 

 

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