Abstract
The framework for performance-based design for fire safety that is in use today is based largely on constructs that emerged in the early 1990s. The framework has its origins in systems approaches to fire design for buildings that were pioneered in the 1970s, which in turn made use of the fire safety science principles and constructs that began to emerge in the 1950s. It has proven to be adaptable to deterministic and probabilistic realizations, and is arguably a risk-informed approach, whether benchmarked to tolerable risk as embodied in regulatory provisions or makes use of quantitative risk measures. The framework contemplates technologies—in the form of safety technologies and computational modeling for hazard assessment—and people—primarily as targets to be protected by the safety technologies. The framework also considers the regulatory environments within which it is applied. Nonetheless, performance-based design for fire safety is not as broadly accepted as performance-based design approaches in other disciplines. Arguably, this is due in part to a lack of a socio-technical systems framing and due consideration of the associated people-technology-institutions interactions that impact fire safety throughout the life of a building. Stakeholders have concerns about the application of technologies in the design process, the qualifications of practitioners, and how the building will perform in the future. Furthermore, current approaches to design often do not incorporate the technologies that can help maintain a target level of fire safety performance, either by notifying persons who can take action, or autonomously modifying building fire safety parameters. These challenges can be overcome. This chapter introduces some concepts of socio-technical systems thinking and system safety thinking, how they can be applied throughout the lifecycle of a building, and how these concepts and approaches can result in more robust, sociotechnical systems oriented, performance-based designs for fire.
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References
Lucht, D.A., Ed., Proceedings, Conference on Firesafety Design in the 21st Century, Worcester Polytechnic Institute, Worcester, MA, USA, 1991.
Meacham, B.J. and Custer, R.L.P., “Performance-Based Fire Safety Engineering: An Introduction of Basic Concepts,” Journal of Fire Protection Engineering, Vol. 7, No. 2, 35-54, 1995.
Proceedings, 1 st International Conference on Performance-Based Codes and Fire Safety Design Methods, Society of Fire Protection Engineers, Boston, MA, USA, 1996.
Custer, R.L.P. and Meacham, B.J., Introduction to Performance-Based Fire Safety, NFPA, Quincy, MA, June 1997.
Meacham, B.J., Assessment of the Technological Requirements for Realization of Performance-Based Fire Safety Design in the United States, GCR 98-761, NIST, Gaithersburg, MD, 1998.
Hadjisophocleous, G.V., Benichou, N. and Tamim, A.S., “Literature Review of Performance-Based Fire Codes and Design Environment,” Journal of Fire Protection Engineering, Volume 9, Issue: 1, pp. 12-40, doi:https://doi.org/10.1177/104239159800900102, 1998.
Meacham, B.J., “International Experience in the Development and Use of Performance-Based Fire Safety Design Methods: Evolution, Current Situation, and Thoughts for the Future,” Fire Safety Science. 6: 59-76. doi:https://doi.org/10.3801/IAFSS.FSS.6-59, 2000.
Meacham, B.J., The Evolution of Performance-Based Codes and Fire Safety Design Methods, GCR 98-763, NIST, Gaithersburg, MD, 1998.
Guidelines for the Introduction of Performance-Based Building Regulations (Discussion Paper), Inter-jurisdictional Regulatory Collaboration Committee (IRCC), Canberra, ACT, Australia, 1998 (https://ircc.info/Doc/Guidelines%20for%20the%20Introduction%20of%20Performance-Based%20Building%20Regulations%20[Discussion%20Paper]%20(1998).pdf, accessed 19 July 2021).
Meacham, B.J., Moore, A., Bowen, R. and Traw, J., “Performance-Based Building Regulation: Current Situation and Future Needs,” Building Research & Information, 33, 1, 91-106, 2005.
Meacham, B.J., Ed., Performance-Based Building Regulatory Systems: Principles and Experiences, Inter-jurisdictional Regulatory Collaboration Committee (IRCC), Canberra, ACT, Australia, 2009 (https://ircc.info/Doc/A1163909.pdf, accessed 19 July 2021).
Kawagoe, K., Fire Behaviour in Rooms, Report No. 27, Building Research Institute of Japan, Tokyo, 1958.
Thomas, P. H., “Studies of Fires in Buildings Using Models, Part 1,” Research, London, Vol. 13, No. 2, pp. 69–77, 1960.
Thomas, P. H. and Heselden, A. J. M., “Behaviour of Fully Developed Fire in an Enclosure,” Combustion and Flame, Vol. 6, No. 3, pp. 133–135, 1962.
Kawagoe, K. and Sekine, T., “Estimation of Fire Temperature-Time Curves in Rooms,” Occasional Report No. 11, Building Research Institute of Japan, Tokyo, 1963.
Salzberg, F. and Waterman, T. E., “Studies of Building Fires with Models,” Fire Technology, Vol. 2, No. 3, 196–203, 1966.
Thomas, P. H., Heselden, A. J. M., and Law, M., “Fully Developed Compartment Fires — Two Kinds of Behaviour,” Fire Research Technical Paper No. 18, H. M. Stationery Office, London, 1967.
Heselden, A.J.M., Thomas, P.H. & Law, M., “Burning rate of ventilation-controlled fires in compartments,” Fire Technology, 6, 123–125, https://doi-org.ludwig.lub.lu.se/10.1007/BF02588898, 1970.
For a compilation of fundamental fire safety science concepts that underpin fire safety engineering, see for example Drysdale, D., An Introduction to Fire Dynamics, 2nd Edition, Wiley, London, 1999, and Hurley, M., Ed., SFPE Handbook of Fire Protection Engineering, 5th Edition, Springer, 2016.
Cornell., C.A., “Bounds on the Reliability of Structural Systems,” American Society of Civil Engineers, Journal of the Structural Division, Volume 93, 171-200, 1967.
Moses, F. and Stevenson, J.D., “Reliability-Based Structural Design,” American Society of Civil Engineers, Journal of the Structural Division, Volume 96, Issue 2, 1970.
Ang, A.H.S., “Structural Risk Analysis and Reliability-Based Design,” American Society of Civil Engineers, Journal of the Structural Division, Volume 99 Issue 9, September 1973.
Ang, A.H.S and Cornell., C.A., “Reliability Bases of Structural Safety and Design,” American Society of Civil Engineers, Journal of the Structural Division, Volume 100 Issue 9, September 1974.
Ellingwood, B., MacGregor, J.G., Galambos, T.V. and Cornell, C.A., “Probability-based load criteria: load factors and load combinations,” American Society of Civil Engineers, Journal of the Structural Division, Volume 108. Issue 5, 978-997, 1982.
Farmer, F.R., “Siting Criteria—A New Approach,” IAEA Symposium on the Containment and Siting of Nuclear Power Reactors, IAEA SM-89/34, Vienna, Austria, 1967.
Starr, C., “Societal Benefit vs. Technological Risk,” Science, 165, pp. 1232–1238, 1969.
Rassmusen, N.C. et al., Reactor safety study. An assessment of accident risks in U. S. commercial nuclear power plants. WASH-1400 Report. U.S. Nuclear Regulatory Commission, USA, doi:https://doi.org/10.2172/7134131, 1975
Rowe, W.D., Anatomy of Risk, John Wiley and Sons, New York, 1977.
Rassmussen, N.C., “The Application of Probabilistic Risk Assessment Techniques to Energy Technologies,” Annual Review of Energy, Vol. 6, pp. 123-138, 1981.
Kaplan, S. and Garrick, J.B., “On the Quantitative Definition of Risk,” Risk Analysis, Vol. I, No. I, 1981.
IChemE. Nomenclature for hazard and risk assessment in the process industries, Institution of Chemical Engineers, UK, 1985.
Pettersson, O., Magnusson, S. E., & Thor, J., Fire Engineering Design of Steel Structures, Bulletin of Division of Structural Mechanics and Concrete Construction, Bulletin 52, Lund Institute of Technology, Sweden, 1975.
Lie, T.T., “Safety factors for fire loads,” Canadian Journal of Civil Engineering, 6(4): 617-628, doi:https://doi.org/10.1139/l79-074, 1979.
Pettersson, O., Reliability Based Design of Fire Exposed Concrete Structures. LUTVDG/TVBB--3004--SE, vol. 3004, vol. 3004, Division of Building Fire Safety and Technology, Lund Institute of Technology, 1981.
Magnusson, S.E. and Pettersson, O., “Rational design methodology for fire exposed load bearing structures,” Fire Safety Journal, Volume 3, Issue 4, Pages 227-241, doi:https://doi.org/10.1016/0379-7112(81)90046-1, 1981.
Harmathy, T and Mehaffey, J., “Design of Buildings for Prescribed Levels of Structural Fire Safety,” in Fire Safety: Science and Engineering, T. Harmathy, Ed., ASTM International, West Conshohocken, PA, 160-175, doi:10.1520/STP35296S, 1985.
GSA, Building Fire Safey Criteria, Appendix D: Interim Guide for Goal-Oriented Systems Approach to Building Fire Safety, U.S. General Services Administration, Washington, DC, 1972.
Nelson, H.E., Directions to Improve Applications of Systems Approach to Fire Protection Requirements for Buildings, SFPE Technology Report 77-8, Society of Fire Protection Engineers, Boston, MA, USA, 1977.
Watts, J., The Goal-Oriented Systems Approach, NBS-GCR-77-103, National Bureau of Standards, Gaithersburg, MD, USA, 1977.
NFPA 550, Guide to the Fire Safety Concepts Tree, National Fire Protection Association, Qunicy, MA, USA, 1980.
Wakamatsu, T., “Fire Research in Japan - Development of a Design System for Building Fire Safety,” Proceedings of the 6th Joint Panel Meeting, UNJR Panel on Fire Research and Safety, Tokyo, Japan, p. 882, 10-14 May 1982.
Fitzgerald, R.W., “An Engineering Method for Building Fire Safety Analysis,” Fire Safety Journal, 9., 223-243, 1985.
Beard, A.N., “Towards a Systemic Approach to Fire Safety,” Proceedings, 1 st International Symposium on Fire Safety Science, Hemisphere Publishing co., New York, NY, USA, p 943, 1986.
Fire Safety and Engineering Project, Project Report and Technical Papers, Books 1 and 2, The Warren Centre for Advanced Engineering, the University of Sydney, Australia, 1989.
Rasbash, D. J., Ramachandran, G., Kandola, B, Watts, J. M., and Law, M., Evaluation of Fire Safety, John Wiley and Sons, London, 2004.
Emmons, H.W., “The prediction of fires in buildings,” Proc. Seventeenth Int. Symposium on Combustion, The Combustion Institute, Pittsburgh, p. 1101, 1978.
Mitler, H.E., The Physical Basis for the Harvard Computer Fire Code, Home Fire Project Tech. Report. No. 34, Harvard University, 1978.
Yang, K.T. and Liu, V.K., UNDSAFE-HA Computer Code for Buoyant Turbulent Flow in an Enclosure with Radiation, Tech. Report TR79002-78-3, Dept. Aero. and Mech. Eng., Univ. of Notre Dame, 1978.
Zukoski, E.E. and Kubota, T., Two-layer modeling of smoke movement in building fires,” Fire Mater. 4, 1980.
Tanaka, T., “A Model on Fire Spread in Small Scale Buildings,” BRI Research Paper 84, Building Research Institute, Japan, 1980.
Quintiere, J.G., “An approach to modeling wall fire spread in a room,” Fire Safety Journal, 3, p 201, 1981.
Buchanan, A., Fire Engineering Design Guide, Centre for Advanced Engineering, University of Canterbury, Christchurch, New Zealand, July 1994.
Fire Code Reform Centre, Fire Engineering Guidelines, Sydney, Australia, March, 1996.
Fire Safety Engineering in Buildings, DD 240: Parts 1 and 2: 1997, British Standards Institute, 1997.
ISO TR 13387, Part I: The Application of Fire Performance Concepts to Design Objectives, 1999.
Tanaka, T., “The Outline of a Performance-Based Fire Safety Design System of Buildings,” Proceedings of the 7th International Research and Training Seminar on Regional Development Planning for Disaster Prevention, Improved Firesafety Systems in Developing Countries, United Nations Center for Regional Development, Tokyo, Japan, 1995
SFPE Engineering Guide to Performance-Based Fire Protection: Analysis and Design of Buildings, National Fire Protection Association, Quincy, MA, 2000.
Fitzgerald, R.W., Building Fire Performance Analysis, John Wiley & Sons, London, 2005.
Fitzgerald, R.W. and Meacham, B.J., Fire Performance Analysis for Buildings, John Wiley & Sons, London, 2017.
NFPA 550, Guide to the Fire Safety Concepts Tree, 2022 edition. Copyright© 2021, National Fire Protection Association. (For a full copy of NFPA 550, please go to www.nfpa.org)
SFPE Engineering Guide to Performance-Based Fire Protection, 2nd Edition, Society of Fire Protection Engineers and National Fire Protection Association, Quincy, MA, 2007.
International Fire Engineering Guidelines. National Research Council of Canada. International Code Council. New Zealand. Department of Building and Housing. Australian Building Codes Board. Canberra, ACT: Australian Building Codes Board, 2005.
Leitfaden Ingenieurmethoden des Brandschutzes, Technisch-Wissenschaftlicher Beirat (TWB) der Vereinigung zur Förderung des Deutschen Brandschutzes e.V. (vfdb), Altenberge, Deutschland, 2013.
Verification Method C/VM2: Framework for Fire Safety Design, Amendment 5, Ministry of Business, Innovation and Employment (MBIE), Wellington, New Zealand, 2017.
ISO 23932:2018, Fire safety engineering — General Principles: Part 1 - General, International Organization for Standardisation, Geneva, Switzerland, 2018.
BS7974:2019, Application of fire safety engineering principles to the design of buildings. Code of practice, British Standards Institution, London, 2019.
Australian Fire Engineering Guidelines, ©Commonwealth of Australia and States and Territories of Australia 2021, published by the Australian Building Codes Board, Canberra, ACT, Australia, 2021.
Wang, Y., Burgess, I., Wald, F. and Gillie, M., Performance-Based Fire Engineering of Structures, CRC Press, Boca Raton, FL, USA, 2013.
Purkiss, J.A. and Li, L.-Y., Fire Safety Engineering Design of Structures, CRC Press, Boca Raton, FL, USA, 2014.
Hurley, M.J. and Rosenbaum, E.R., Performance-Based Fire Safety Design, CRC Press, Boca Raton, FL, USA, 2015.
Hurley, M.J., Editor, SFPE Handbook of Fire Protection Engineering, Springer, 2016.
Buchanan, A.H. and Abu, A.K., Structural Design for Fire Safety, 2nd Edition, John Wiley & Sons, Chichester, England, 2017.
LaMalva, K., Editor, Structural Fire Engineering, Fire Protection Committee, American Society of Civil Engineers, Reston, VA, USA, https://ascelibrary.org/doi/book/10.1061/9780784415047, 2018.
Barry, T.F., Risk-Informed, Performance-Based Industrial Fire Protection − An Alternative to Prescriptive Codes, First Edition, TFBarry Publications, 704 pages, Publisher: Tennessee Valley Publishing, Knoxville, Tennessee, USA, 2002. ISBN 1-882194-09-8.
Lundin, J. Development of a Framework for Quality Assurance of Performance-Based Fire Safety Designs, Journal of Fire Protection Engineering, 15 (1): 14–19, doi:https://doi.org/10.1177/1042391505045581, 2005.
Johann, M. A., Albano, L. D., Fitzgerald, R. W., & Meacham, B. J., Performance-Based Structural Fire Safety, Journal of Performance of Constructed Facilities, 20(1), 45–53, doi:https://doi.org/10.1061/(ASCE)0887-3828(2006)20:1(45), 2006.
Meacham, B.J., “Chapter 2 - Extreme Event Mitigation Through Risk-Informed Performance-Based Analysis and Design,” in Extreme Event Mitigation in Buildings: Analysis and Design (B.J. Meacham and M.A. Johann, eds.), IBSN-10:0877657432, NFPA, Quincy, MA, 2006.
Hamilton, S.R., Performance-based fire engineering for steel framed structures: a probabilistic methodology, Ph.D. Dissertation, Stanford University, Stanford, CA, USA, 2011.
Albrecht C. A risk-informed and performance-based life safety concept in case of fire [Ph.D. thesis]. Technical University of Braunschweig, Institute for Building Materials, Concrete Construction and Fire Protection (iBMB); URL: http://www.digibib.tu-bs.de/?docid=00043585. 2012.
Alvarez, A., Meacham, B.J., Dembsey, N.A. and Thomas, J.R., “20 Years of Performance-Based Fire Protection Design: Challenges Faced and a Look Ahead,” Journal of Fire Protection Engineering, DOI: https://doi.org/10.1177/1042391513484911, Vol. 23, No. 4, 2013.
Van Hees, P., Validation and Verification of Fire Models for Fire Safety Engineering, Procedia Engineering 62 (January): 154–68, doi:https://doi.org/10.1016/j.proeng.2013.08.052, 2013.
Bjelland, H. and Borg, A.. “On the Use of Scenario Analysis in Combination with Prescriptive Fire Safety Design Requirements.” Environment Systems & Decisions 33 (1): 33–42. doi:https://doi.org/10.1007/s10669-012-9425-2. 2013.
Alvarez, A., Meacham, B.J., Dembsey, N.A. and Thomas, J.R., “A Framework for Risk-Informed Performance-Based Fire Protection Design for The Built Environment,” Fire Technology, DOI 10.1007/s10694-013-0366-1, Vol. 50, pp161-181, 2014.
Bjelland H, Njå O, Heskestad AW, Braut GS. The Concepts of Safety Level and Safety Margin: Framework for Fire Safety Design of Novel Buildings. Fire Technology. 51:409–441. 2015.
Park, H., Meacham, B.J., Dembsey, N.A. and Goulthorpe, M., Improved incorporation of fire safety performance into building design process, Building Research and Information, DOI:https://doi.org/10.1080/09613218.2014.913452, published on-line 16 May 2014, print January 2015.
Borg A, Njå O, Torero J., A Framework for Selecting Design Fires in Performance Based Fire Safety Engineering, Fire Technology, 51(4):995-1017. doi:https://doi.org/10.1007/s10694-014-0454-x. 2015.
Park, H., Meacham, B.J., Dembsey, N.A., and Goulthorpe, M., Conceptual Models for Holistic Building Fire Safety Performance Analysis, Fire Technology, DOI:10.1007/s10694-013-0374-1, Volume 51, Issue 1, pp 173–193, 2015.
Meacham, B.J. and Alvarez-Rodriguez, A. Risk-Informed Performance-Based Design for Fire: Concepts and Framework, Final Report, NIST GCR 15-1000, dx.doi.org/10.6028/NIST.GCR.15-1000, Gaithersburg, MD, March 2015.
Dai X, Welch S, Usmani A., A critical review of “travelling fire” scenarios for performance-based structural engineering. Fire Safety Journal. 91:568-578. doi:https://doi.org/10.1016/j.firesaf.2017.04.001. 2017.
Gehandler, J., The theoretical framework of fire safety design: Reflections and alternatives, Fire Safety Journal, Volume 91, Pages 973-981, https://doi.org/10.1016/j.firesaf.2017.03.034. 2017.
Shrivastava, M., Abu, A., Dhakal, R. and Moss, P., State-of-the-art of probabilistic performance based structural fire engineering, Journal of Structural Fire Engineering, 10(2):175-192. doi:https://doi.org/10.1108/JSFE-02-2018-0005. 2019.
Van Coile, R., Hopkin, D., Lange, D. et al. The Need for Hierarchies of Acceptance Criteria for Probabilistic Risk Assessments in Fire Engineering. Fire Technology. 55, 1111–1146. doi:https://doi.org/10.1007/s10694-018-0746-7. 2019.
Van Weyenberge, B., Deckers, X., Caspeele, R. et al. Development of an Integrated Risk Assessment Method to Quantify the Life Safety Risk in Buildings in Case of Fire. Fire Technology. 55, 1211–1242. https://doi-org.ludwig.lub.lu.se/10.1007/s10694-018-0763-6. 2019.
Gernay, T. and Elhami Khorasani, N., Recommendations for performance-based fire design of composite steel buildings using computational analysis, Journal of Constructional Steel Research, Volume 166, 105906, ISSN 0143-974X, doi:https://doi.org/10.1016/j.jcsr.2019.105906. 2020.
Kuehnen, R., Youssef, M. and El-Fitiany, S, Performance-based design of RC beams using an equivalent standard fire. Journal of Structural Fire Engineering, v. 12, n. 1, p. 98–109. DOI https://doi.org/10.1108/JSFE-02-2020-0008. 2020.
Vacca, P., Caballero, D., Pastor, E., and Planas, E., WUI fire risk mitigation in Europe: A performance-based design approach at home-owner level, Journal of Safety Science and Resilience, Volume 1, Issue 2, pp 97-105, ISSN 2666-4496, doi:10.1016/j.jnlssr.2020.08.001. 2020.
Mohan, A. T., Van Coile, R., Hopkin, D., Jomaas, G., & Caspeele, R. Risk Tolerability Limits for Fire Engineering Design: Methodology and Reference Case Study. Fire Technology, 57(5), 2235–2267. doi:https://doi.org/10.1007/s10694-021-01118-w. 2021.
Meacham, B.J., Accommodating Innovation in Building Regulation: Lessons and Challenges, Building Research & Information, Vol. 38, No. 6, 2010.
Meacham, B.J., Fire Safety Engineering at a Crossroad, Case Studies in Fire Safety, doi:https://doi.org/10.1016/j.csfs.2013.11.001, 2013.
Spinardi, G., Bisby, L. & Torero, J. A Review of Sociological Issues in Fire Safety Regulation. Fire Technology. 53, 1011–1037. doi:https://doi.org/10.1007/s10694-016-0615-1. 2017.
Lange, David, Jose L. Torero, Andres Osorio, Nate Lobel, Cristian Maluk, Juan P. Hidalgo, Peter Johnson, Marianne Foley, and Ashley Brinson. “Identifying the Attributes of a Profession in the Practice and Regulation of Fire Safety Engineering.” Fire Safety Journal, 121 (May). doi:10.1016/j.firesaf.2021.103274. 2021.
Fleischmann, C.M. Is Prescription the Future of Performance-Based Design? Proceedings - Fire Safety Science. https://firesafetyscience.org/publications/fss/10/77/view/fss_10-77.pdf. 2011.
Trist, E. and Murray, H., Eds. The Social Engagement of Social Science, Volume 2: A Tavistock Anthology-The Socio-Technical Perspective, University of Pennsylvania Press. 1993.
Trist, E. “Introduction,” in Trist, E. and Murray, H., Eds. The Social Engagement of Social Science, Volume 2: A Tavistock Anthology--The Socio-Technical Perspective, University of Pennsylvania Press. 1993.
Meacham, B.J. and van Straalen, I., A Socio-Technical System Framework for Risk-Informed Performance-Based Building Regulation, Building Research & Information, DOI https://doi.org/10.1080/09613218.2017.1299525, 2017.
Rasmussen, J. Risk Management in a Dynamic Society: A Modelling Problem. Safety Science. 1997:27(2/3):183-213.
Rasmussen, J. and Svedung, I. Proactive Risk Management in a Dynamic Society. Swedish Rescue Services Agency, Stockholm, 2000.
Leveson, N. A new accident model for engineering safer systems. Safety Science. 2004:42, 237-270.
Petak, W. Earthquake Resilience through Mitigation: A System Approach. Lecture paper. International Institute for Applied Systems Analysis, January 2002.
Meacham, B.J., Stromgren, M. and van Hees, P. “A Holistic Framework for Development and Assessment of Risk-Informed Performance-Based Building Regulation,” Fire and Materials, DOI:https://doi.org/10.1002/fam.2930, 2020.
Rohracher, H. Managing the Technological Transition to Sustainable Construction of Buildings: A Socio-Technical Perspective. Technology Analysis & Strategic Management. 2001:13(1)137-150. 2001.
Harty, C. Innovation in construction: a sociology of technology approach. Building Research & Information. 2005:33:6, 512-522, DOI: 10.1080/09613210500288605. 2005.
Schweber, L. and Harty, C. Actors and Objects: a socio-technical networks approach to technology uptake in the construction sector. Construction Management and Economics. 2010:28(6):657-674, DOI: 10.1080/01446191003702468. 2010.
Guy, S., Marvin, S., Medd, W. and Moss, T. Shaping Urban Infrastructures: Intermediaries and the Governance of Socio-technical Networks, Earthscan, London. 2011.
Edwards, P. N. Infrastructure and modernity: Force, time, and social organization in the history of sociotechnical systems. Modernity and Technology, Massachusetts Institute of Technology, Cambridge, MA, USA. 2003:185-225. 2003.
Hansman, R. J., Magee, C., De Neufville, R., & Robins, R.. Research agenda for an integrated approach to infrastructure planning, design and management. International Journal of Critical Infrastructures. 2006:2(2):146-159. 2006.
Ottens, M., Franssen, M., Kroes, P., & Van De Poel, I. Modelling infrastructures as socio-technical systems. International Journal of Critical Infrastructures. 2006:2(2):133-145. 2006.
Kroes, P., Franssen, M., Poel, I. V. D., & Ottens, M. Treating socio-technical systems as engineering systems: some conceptual problems. Systems Research and Behavioural Science. 2006: 23(6):803-814. 2006.
Jönsson, H., Johansson, J., & Johansson, H. Identifying critical components in technical infrastructure networks. Journal of Risk and Reliability. 2008:222(2):235-243. 2008.
Meacham, B.J. and Stromgren, M. A Review of the English and Swedish Building Regulatory Systems for Fire Safety using a Socio-Technical System (STS) Based Methodology, HOLIFAS Project WP 3 Report, Briab Brand & Riskingenjörerna AB (Sweden) and Meacham Associates (USA) Research Report 2019:01. https://doi.org/10.13140/RG.2.2.34702.72001. 2019.
Rasmussen, J. The role of hierarchical knowledge representation in decision making and system management. IEEE Transactions on Systems, Man and Cybernetics, SMC-15(2), 234-243. https://doi.org/10.1109/TSMC.1985.6313353. 1985.
Rasmussen, J., Vicente, K. Ecological interface design: theoretical foundations. IEEE Transactions on Systems, Man and Cybernetics. 22 (4) (July/August). 1992.
Leveson, N.G. Engineering a Safer World. MIT Press, Cambridge, MA. 2012.
Leveson, N.G. Safety III: A Systems Approach to Safety and Resilience. MIT. Cambridge, MA. http://sunnyday.mit.edu/safety-3.pdf
Cherns, A.B. The principles of sociotechnical design. Human Relations. 1976:29:783–792.
Torero, J., Lange, D., Horasan, M., Osorio, A., Maluk, C., Hidalgo, J. and Johnson, P. Current Status of Education, Training and Stated Competencies for Fire Safety Engineers. The Warren Centre for Advanced Engineering. University of Sydney. Australia. DOI:10.25910/a75g-gn88. https://hdl.handle.net/2123/23469. 2019.
Bjelland, H. Engineering Safety with Applications to Fire Safety Design of Buildings and Road Tunnels, Faculty of Science and Technology, University of Stavanger, Norway, Stavanger, 2013.
Gehandler, J. Fire safety design of road tunnels. Lund University. Department of Fire Safety Engineering. Lund. Sweden. 2020.
Checkland, P. Systems Thinking, Systems Practice, Chichester, UK: Wiley. 1981.
Checkland, P. and Poulter, J. Soft Systems Methodology, Chapter 5, in M. Reynolds and S. Holwell (eds.), Systems Approaches to Managing Change: A Practical Guide, DOI 10.1007/978-1-84882-809-4_5, © The Open University 2010. Published in Association with Springer-Verlag London Limited.
Checkland, P. Four Conditions for Serious Systems Thinking and Action, Systems Research and Behavioral Science Syst. Res. 29, 465–469, DOI: https://doi.org/10.1002/sres.2158, 2012.
https://www.nrc.gov/about-nrc/regulatory/risk-informed/history/2007-present.html
NFPA 805. Performance-Based Standard for Fire Protection for Light Water Reactor Electric Generating Plants. National fire Protection Association. Quincy. MA. 2020.
Perez, C. Technological Revolutions and Financial Capital. Cheltenham, UK: Edward Elgar. 2002.
https://www.gartner.com/en/documents/3887767/understanding-gartner-s-hype-cycles
Gartner Research’s Hype Cycle Diagram, Source: Jeremey Kemp, https://commons.wikimedia.org/wiki/File:Gartner_Hype_Cycle.svg (CC BY-SA 3.0, https://creativecommons.org/licenses/by-sa/3.0/deed.en)
Steinert, M. and Leifer, L. Scrutinizing Gartner’s Hype Cycle Approach. PICMET 2010 Proceedings (2010 Portland International Conference on Management of Engineering & Technology), IEEE, ISBN: 978-1-4244-8203-0, pp 254-265.
SFPE Handbook of Fire Protection Engineering, 1 st Edition. DiNenno, P., Ed., Society of Fire Protection Engineers, Boston, MA. 1983.
Hamburger, R.O., Court, A.B. and Soulages, J.R. Vision 2000: A Framework for Performance-Based Engineering of Buildings. Proceedings of the 64 th Annual Convention. Structural Engineers Association of California. Pages 127-146. 19-21 October 1995.
King, J. and Perry, C., Smart Buildings: Using Smart Technology to Save Energy in Existing Buildings, Report A1701, American Council for an Energy-Efficient Economy, Washington, DC, 2017.
Lea P. Internet of Things for Architects: Architecting IoT solutions by implementing sensors, communication infrastructure, edge computing, analytics, and security. Packt Publishing Ltd. 2018
US DOE. Innovations in Sensors and Controls for Building Energy Management: Research and Development Opportunities Report for Emerging Technologies, U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy, Building Technologies Office, Washington, DC, (https://www1.eere.energy.gov/buildings/pdfs/75601.pdf). 2020.
Cowlard A, Jahn W, Abecassis-Empis C, Rein G, Torero JL. Sensor Assisted Fire Fighting. Fire Technology. 2008;46:719-41. doi:https://doi.org/10.1007/s10694-008-0069-1. 2008.
Han, L., Potter, S., Beckett, G., Pringle, G., Welch, S., Koo, S-H., Wickler, G., Usmani, A., Torero, J. and Tate, A. (2010) FireGrid: An e-Infrastructure for Next-Generation Emergency Response Support, Journal of Parallel and Distributed Computing, 70 (2010) 1128-1141. 2010.
Su, L. C., Wu, X., Zhang, X., & Huang, X. Smart performance-based design for building fire safety: Prediction of smoke motion via AI. Journal of Building Engineering, 43, [102529]. https://doi.org/10.1016/j.jobe.2021.102529. 2021.
Wang, H., Dembsey, N.A., Meacham, B.J., Liu, S. and Simeoni, A. “Conceptual Design of a Building Fire Performance Monitoring Process,” Fire Technology, Manuscript FIRE-D-20-00271 (in review).
Wang, H., Dembsey, N.A., Meacham, B.J., Liu, S. and Simeoni, A. “A Sensitivity Matrix Method to Understand the Building Fire Egress Performance Gap,” Fire Safety Journal, Manuscript, (in review).
Meacham, B.J., Understanding Risk: Quantification, Perception and Characterization, Journal of Fire Protection Engineering, Vol. 14, No. 3, pp.199-228, 2004.
Meacham, B.J., Johnson, P.J., Charters, D. and Salisbury, M., Building Fire Risk Analysis, Chapter 75, SFPE Handbook of Fire Protection Engineering, 5th Ed., Springer, USA, 2015.
Mossberg, A., Nilsson, D. & Andrée, K. Unannounced Evacuation Experiment in a High-Rise Hotel Building with Evacuation Elevators: A Study of Evacuation Behaviour Using Eye-Tracking. Fire Technol 57, 1259–1281. https://doi-org.ludwig.lub.lu.se/10.1007/s10694-020-01046-1. 2021.
Galea, E.R., Xie, H., Deere, S., Cooney, D. and Filippidis, L. Evaluating the effectiveness of an improved active dynamic signage system using full scale evacuation trials. Fire Safety Journal, 91 (2017), pp. 908-917, https://doi.org/10.1016/j.firesaf.2017.03.022. 2017.
Fu, M. and Liu, R. BIM-based automated determination of exit sign direction for intelligent building sign systems, Automation in Construction, Volume 120, 2020, 103353, ISSN 0926-5805, https://doi.org/10.1016/j.autcon.2020.103353. 2020.
Naser, M.Z. Autonomous and resilient infrastructure with cognitive and self-deployable load-bearing structural components, Automation in Construction, Volume 99, Pages 59-67, ISSN 0926-5805, https://doi.org/10.1016/j.autcon.2018.11.032. 2019.
Naser, M.Z. Autonomous Fire Resistance Evaluation. Journal of Structural Engineering. Vol. 146. Issue 6. American Society of Civil Engineers. DOI: 10.1061/(ASCE)ST.1943-541X.0002641. 2020.
Building a Safer Future - Independent Review of Building Regulations and Fire Safety: Interim Report. Secretary of State for (Housing) Communities and Local Government, England. December 2017. (note – Housing was added in 2018, but used here for consistent style).
Building a Safer Future - Independent Review of Building Regulations and Fire Safety: Final Report. Secretary of State for Housing Communities and Local Government, England. May 2018.
Building a Safer Future – An Implementation Plan. Secretary of State for Housing, Communities and Local Government, England. December 2018.
Genco, G. Lacrosse Building Fire. Report. City of Melbourne, Victoria, Australia. 2015. https://www.melbourne.vic.gov.au/sitecollectiondocuments/mbs-report-lacrosse-fire.pdf
Shergold, P. and Weir, B. Building Confidence: Improving the effectiveness of compliance and enforcement systems for the building and construction industry across Australia. Ministers Forum, Canberra, ACT, Australia. 2018. https://www.industry.gov.au/sites/default/files/July%202018/document/pdf/building_ministers_forum_expert_assessment_-_building_confidence.pdf
Cheng, L. Judge finds architect proportionately liable for Lacrosse fire damages. ArchitectureAU. 2019. https://architectureau.com/articles/judge-finds-architect-proportionately-liable-for-lacrosse-fire-damages/
Meacham, B.J. and McNamee, M. Fire Safety Challenges of ‘Green’ Buildings and Attributes, Fire Protection Research Foundation, Quincy, MA November 2020 (https://www.nfpa.org/~/media/Files/News%20and%20Research/Fire%20statistics%20and%20reports/Building%20and%20life%20safety/RFGreenBuildings2020.pdf, last accessed December 2020)
Meacham, B.J. and McNamee, M. Handbook of Fire and the Environment: Impacts and Mitigation, Springer (April 2022).
Cornell, C.A., “Structural Safety: Some Historical Evidence that it is a Healthy Adolescent,” Proceedings of the 3rd International Conference on Structural Safety and Reliability, Trondheim, Norway, June 1981, pp. 19-29.
Meacham, B.J. A Sociotechnical Systems Framework for Performance-Based Design for Fire Safety. Fire Technol (2022). doi:https://doi.org/10.1007/s10694-022-01219-0
Acknowledgments
The author sincerely thanks Henrik Bjelland, Jonatan Gehandler and Nicholas Dembsey for their review and comments on this chapter and for their helpful comments. The author also gratefully acknowledges anonymous reviewer comments on the manuscript for [164], which reflects a shorter version of this chapter, and Springer Nature, for granting permission to republish [164] with enhancements and modifications as this chapter..
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Meacham, B.J. (2022). Toward a Sociotechnical Systems Framing for Performance-Based Design for Fire Safety. In: Naser, M., Corbett, G. (eds) Handbook of Cognitive and Autonomous Systems for Fire Resilient Infrastructures. Springer, Cham. https://doi.org/10.1007/978-3-030-98685-8_1
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