Conference Program
Wednesday, June 16, 2010
Performance-Based Codes
0900 – 0915 Welcome
0915 – 0940 Impact of Objective-Based Codes in Canada, G. Gosselin and D. Bergeron
0940 – 1005 The Need for Adequate Risk Estimates to Evaluate Equivalent Safety, J. Lundin
1005 – 1030 Performance-Based Building Regulations – The Next Generation of Swedish Fire Safety Code, C. Cronsioe, M. Strömgren, S. Abrahamsson, and T. Rantatalo
1030 – 1100 Break
1100 – 1215 Parallel Sessions
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Session A |
Session B |
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A New Framework for Performance Based Fire Engineering Design in New Zealand, N. Saunders, P. Beever, C. Wade, C. Fleischman, P. Thorby, and I. Miller |
The Probabilistic Approach – A New Challenge to Performance-Based Regulatory Systems, I.J. van Straalen |
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Experiences on Introducing Functional Fire Safety Requirements in the Building Regulations of Norway, Alte W. Heskestad, H. Landro and A. Steen-Hansen |
Analysis of Fire Statistics for Establishing Benchmark Fire Risk for Evacuation Safety Designs of Buildings, Y. Ikehata, H. Notake, J. Yamaguchi, and T. Tanaka |
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Past, Present and Future of Performance Based Approaches in China, F. Li and F. Liu |
Risk-Based Selection of Design Fire Scenarios in Performance Based Evacuation Safety Designs of Buildings, D. Nii, J. Yamaguchi, R. Mase, H. Notake, Y. Ikehata, and T. Tanaka |
1215 – 1400 Lunch
1400 –1515 Parallel Sessions
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Session A |
Session B |
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Performance-based Fire Safety Regulatory System in Taiwan – From the Fire Authority Perspective, N. Tseng and T. Shen |
Verifying Trade-Offs When Using Sprinklers in Fire Safety Design, F. Nystedt |
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Performance-Based Codes – A South African Experience, T. Williams |
The Study of Operation Management of Performance-Based Design Building in Taiwan ~ Three Case Study of Shopping Center, Exhibition Hall and Coliseum, E. Kuo and W. Li |
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Development of Performance-Based Fire Regulations in Poland – An Advanced Draft Under Consultation, D. Ratajczak and P. Tofilo |
Finding the Performance in Performance Based Codes, E. Almgren and Pär Hansson |
1515 – 1545 Break
1545 – 1700 - Parallel sessions
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Session A |
Session B |
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Has Fire Engineering Lived up to Expectations?, P. Wilkinson |
The Performance-based Approach to Provide Alternative Solutions in the Construction of Buildings in Bush (Wildfire) Prone Areas, R. Manser |
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Use of ICC Design Performance Levels to Determine Fire Safety Provisions – Designing for Community Importance, D. Barber and P. Johnson |
Delivery of Passive Fire Protection in a Performance-Based Regulatory Environment, G. Baker, N. Saunders, and K. Kennedy |
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A Study of the Impact of Performance-Based Codes and Fire Engineering Methods on the Level of Fire Safety and Costs of Fire Precautions, D. Charters |
The Derivation of Acceptance Criteria for Risk to Life Based on Optimal Resource Allocation, K. Kraemer, J. Kohler, and M. Faber |
Thursday, June 17, 2010
Fire Safety Design Methods
0900 – 0925 Representing Egress Behavior in Engineering Terms, S. Gwynne, E. Kuligowski, and D. Nilsson
0925 – 0950 Characterizing Fire Scenarios Based on New Zealand Fire Incident Data, A. P. Robbins and C. Wade
0950 – 1015 Break
1015 – 1200 Parallel Sessions
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Session A |
Session B |
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Numerical Modeling of Flashover in Experimental Compartment Fires, S. Li, Z. Yan, I. Chen, and G. Liao |
Fire Safety Design for Textile Membranes in Buildings, P. Andersson, P. Blomqvist, M. Hjohlman, and H. Tuovinen |
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Method for Calculating Heat Fluxes from a Warehouse Fire, C. Thauvoye, P. Russo, J.M. Blanchet, S. Duplantier, J. Kruppa, A. Muller, S. Patej, J. Taveau, and B. Zhao |
Increased Quality and Reduced Uncertainty when Using Fire Dynamics Simulator, D. Tonegran and M. Ryber |
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Protection of Warehouses and Large Storage Occupancies using a Scientific Approach towards Commodity Classification, M.J. Gollner, K. Overholt, A.S. Rangwala, F.A. Williams, and J. Perricone |
Method of Calculating Starting Time of Fire Evacuation, S. Yoshino, J. Yamaguchi, and K. Muraoka |
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An Approach to Fire Safety Design for Furniture and Fittings, B. Sundström, M. Olander, S. Bengtson, I. Larsson, M. Arvidson, and A. Apell |
A Comparison of Evacuation Prediction made using Agent-based Simulation and Code-based Approach, N.P. Waterson, C.J.E. Castle, and S. Le Bail |
1200 – 1400 Lunch
1400 – 1515 Parallel Sessions
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Session A |
Session B |
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Comparison of Multi-Layer Zone Smoke Spread Model, Two-Layer Zone and FDS to a Building Fire, K. Suzuki and T. Tanaka |
Fire and Collapse, Faculty of Architecture Building, Delft University of Technology: Implications for Performance-Based Design, B. Meacham, H. Park, M. Engelhardt, V. Kodur, I.j. van Straalen, J. Maljaars, K. van Weeren, R. de Feijter, and K. Both |
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FDS+Evac: V & V of the Staircase Model, T. Korhonen and S. Hostikka |
A Performance Based Methodology for Specifying Design Fires for Structural Analysis, J. Stern-Gottfried, G. Rein, and J. Torero |
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Toxic-Hazard Prediction: Possibilities and Limitations of Toxicity Modeling by FDS 5 vs. FDS 4, K. Grewolls and T.R. Hull |
Structural Fire Loads in a Modern Tall Building Design, L. Razdolsky |
1515 – 1545 Break
1545 – 1700 Parallel Sessions
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Session A |
Session B |
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Numerical Study of Elevator and Stairwell Shaft Pressurization Systems Using Detailed Building Models, D. Bowers, J. Ellison, D.E. Beasley, and R.S. Miller |
Probabilistic Assessment and Economic Evaluation of Performance-Based Fire Safety Codes and Building Designs, G. Ramachandran |
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A New Method for Determining the Smoke Layer Height in CFD Simulation, K. Sommerlund-Thorsen, B.P. Husted, and S. Kilian |
Agent Based Risk Assessment of Fire Safety Systems with Automated Event Tree Analysis, F.W. Akashah, J. Zhang, M.A. Delichatsios, and H. Wang |
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What do you Have to See to Escape a Fire?, X. Liu |
Fire Risk Assessment on Performance-Based Design of Personal Fire Safety, J. Norén, and A. Sandberg |
1700 – 1715 – Conference Summary
Friday, June 18, 2010
Case Studies
0845 – 0855 Introduction
0855 – 0910 Presentation of Design Actually Implemented, E. Almgren
0910 – 0955 Swedish Case Study, Johan Lundin, WSP Fire & Risk, et al.
0955 – 1040 Japanese Case Study, Isao Kasahara, SFPE Japan Chapter, et al.
1040 – 1110 Break
1110 – 1205 American Case Study, William Koffel, Koffel Associates, et al.
1205 – 1250 Hong Kong Case Study, W. K. Chow, Hong Kong Polytechnic University, et al.
1250 – 1400 Lunch
1400 – 1445 Australian Case Study, Ian Thomas, Victoria University, et al.
1445 – 1515 Break
1515 – 1600 French Case Study, François Demouge, Centre Scientifique et Technique du Bâtiment, et al.
1600 – 1645 New Zealand Case Study, Charles Fleischmann, University of Canterbury, et al.
1645 – 1710 A Perspective Review of the International Case Studies, C. Hofmeister and J. Lundin
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