Abstract
Upto recently the main approach to Fire Safety Engineering has been on an adhoc basis in that little planning has been done to minimise the required fire endurance period by considering, say, compartmentation, or fire load or indeed the detail method of construction at the incipient planning stage. This has been partly due to the use of a Regulatory Approach and not to the use of calculation methods.
The paper considers two examples, that of an isostatic structural element within a small fire compartment before considering any constraints acting on the system. These constraints may take the form of either acceptable failure risks or be of an economic or practical nature. The paper concludes by considering a general system for structural fire safety engineering.
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References
Witteveen J Trends in Desian Methods for Structural Fire Safety. Three Decades of Structural Fire Safety, BRE, Garston, 1983. pp 21–27.
Roux H J, Berlin G N, Toward a Knowledge -based Fire Safety System. Design of Buildings for Fire Safety. Smith E E and Harmathy T Z (Editors), ASTM, STP685, Philadelphia, 1979, pp 3–13.
Purkiss J A, Weeks N J, A Computer Study of Reinforced Concrete Columns in a Fire. The Structural Engineer, 65B, (1987), 22–28.
BS 476, Part 8, Fire Tests on Building Materials and Structures. London British Standards Institution 1972. (under revision and due to be published as BS 476 Parts 20, 21, 22 ).
ISO 834 Fire Resistance Tests - Elements of Building Construction,1985.
Petterson O, Magnusson S-E, Thor J Fire Engineering Design of Steel Structures Swedish Institute of Steel Construction, Publication No 50, Stockholm 1976.
Becker J, Bizri H, Bressler B, FIRES-T A computer program for the fire response of structures - Thermal, Report No UCB-FRG 74–1, University of California, Berkeley, 1974.
lding R J, Bresler B, Nizamuddin Z, FIRES-T3. A Computer Program for the Fires Response of Structures - Thermal. Report No UCB FRG 77–15, University of California, Berkley 1977.
Wicksröm U, TASEF-2. A Computer Program for Temperature Analysis of Structures exposed to Fire. Lund Institute of Technology, Sweden, 1979.
RILEM - Properties of Materials at High Temperatures, Schneider U (Editor), Kassel University, Germany, 1985.
RILEM - Behaviour of Steel at High Temperatures, Anderberg Y (Editor), Lund Institute of Technology, Sweden 1983.
Becker J, Bressler B, FIRES - RC. A computer program for the fire response of structures - reinforced concrete frames, Report No UCB-FRG 743, University of California, Berkeley. 1974.
Forsén N E, A Theoretical Study of the Fire Resistance of Concrete Structure, FCB-SINTEFF, Trondheim, Norway. 1982.
Jeanes D C Application of the Computer in Modelling Fire Endurance of Structural Steel Floor Systems. Fire Safety Journal. a (1985) 119–135.
Jeanes D C, Computer Modelling the Fire Endurance of Floor Systems in Steel-framed Buildings. ASTM STP882, Fire Safety, Science and Engineering, T Z Harmathy (Editor), Philadelphia, ASTM Publications, 1985, 223–238.
Jeanes D C, Developing Desing Concepts for Structural Fire Endurance Using Computer Models. Design of Structures Against Fire, Anchor R D etal (Editors), London, Elsevier, 127–153.
Rasbash D J, Criteria for Acceotibility for Use with Quantitative Approaches to Fire Safety. Fire Safety Journal, B.,. (1984/5), 141–158.
Kersken-Bradley M, Probablistic Concepts in b Fire Engineering, Design of Structures Against Fire, Anchor R D etal (Editors), London, Elsevier, 21–39.
Harmathy T Z, Mehaffy J R, Design of Buildings for Prescribed Levels of Structural Fire Safety, ASTM STP882 Fire Safety, Science and Engineering, T Z Harmathy (Editor), Philadelphia, ASTM Publications, 1985, 160–175.
Law M A Basis for the Design of Fire Protection of Building Structures. Structural Engineer, 61 A, (1983), 25–33.
Smith C Ian, Structural Fire Engineering Design. The Structural Engineer, 65A (1987), 51–55.
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© 1988 Springer Fachmedien Wiesbaden
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Purkiss, J.A. (1988). A Systems Approach for Fire Safety Engineering. In: Structural Safety Evaluation Based on System Identification Approaches. Vieweg+Teubner Verlag, Wiesbaden. https://doi.org/10.1007/978-3-663-05657-7_19
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DOI: https://doi.org/10.1007/978-3-663-05657-7_19
Publisher Name: Vieweg+Teubner Verlag, Wiesbaden
Print ISBN: 978-3-528-06313-9
Online ISBN: 978-3-663-05657-7
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