The Design of Unascertained Fire Risk Evaluation System for High-Rise Civil Building Based on VB

Abstract:

The study purpose is to design a comprehensive and visual fire risk evaluation system for high-rise civil buildings. Firstly, according to the characteristics of high-rise civil buildings, based on the hazards identification, combined with the international building fire codes, by using the typical accident causation analysis and other methods, the various uncertain factors affecting high-rise civil building fire are analyzed, and a fire risk evaluation tree for high-rise civil buildings was built. Then the unascertained theory is introduced, and a new visual fire risk evaluation system is designed for high-rise civil buildings based on the unascertained C-clustering model and the visual basic (VB) technology. At last, take the fire survey data of China 8 typical high-rise civil building as example, to make an empirical analysis. The research results can provide a reliable decision support system for the high-rise civil building fire risk management.

• Periodical: Applied Mechanics and Materials (Volumes 580-583)
• Pages: 2616-2621
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.580-583.2616
• Online since: July 2014
• Authors: Li Ning Zhang*, Jing An, Qi Zhang
• Keywords: Fire Risk Evaluation Tree, High-Rise Civil Buildings, Unascertained Evaluation System Design, Visual Basic(VB) Technology

References

[1] Adam C., Adam B., Cecilia A.E., Jose T. Fire safety design for tall buildings. Procedia Engineering, Vol. 62(2013), pp.169-181.

[2] Hao C., George V. H. Dynamic modeling of fire spread in building. Fire Safety Journal, Vol. 46(2011), pp.211-224.

DOI: 10.1016/j.firesaf.2011.02.003

[3] RING Z.X., ZHAO X.F., SONG H., GAO W.L. Applied Research of Performance-based Fire Protection Design in a Lame Building. Procedia Engineering, Vol. 11(2011), pp.566-574.

[4] HU B. Q, LIU M., LU Z.M., 2004. Fuzzy evaluation of fire safety in high-rise buildings. Journal of Wuhan University Vol. 37(2004), pp.67-72(In Chinese).

[5] George V.H., Noureddine B. Performance criteria used in fire safety design. Automation in Construction, Vol. 8(1999), pp.489-501.

[6] China State Bureau of technical supervision, China Ministry of construction. Code for fire protection design of high-rise civil buildings. Chinese Planning Press, China(2005) (In Chinese).

[7] LIU K. D, CAO Q. K, PANG Y.J. A method of fault diagnosis based on Unascertained Set. Journal of automation, Vol. 30(2004), pp.747-756(In Chinese).

[8] C.M. Zhao, S.M. LO, J.A. Lu, Z. Fang. A simulation approach for ranking of fire safety attributes of existing buildings. Firc Safety Journal, Vol. 39(2004), pp.557-579.

DOI: 10.1016/j.firesaf.2004.06.001

[9] GAO Y. Analysis on High-building Fire External-fire Factors and Study on Its Safety Evaluation System. Master's degree thesis of Xi'an University Of Architecture And Technology (2010), pp.42-45(In Chinese).

[10] CAO Y. The fuzzy comprehensive evaluation method of high rise building fire risk based on Catastrophe Theory. Master thesis of Central South University (2008), pp.28-39(In Chinese).