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Attendance at Interflam 2013
is accredited with 27.5 hours CPD by the
Institution of Fire
Engineers, UK |
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GOLD
SPONSORS
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MONDAY 24th
JUNE |
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Registration |
| 09.00 |
Opening |
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Keynote Paper
The Challenges of
Realizing Low Flammability Furnishings
Richard G Gann,
NIST, USA |
| 10.15 |
Break |
|
A |
Smoke and Toxicity
Chr:
Björn Sundström, SP,
Sweden
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B |
Modelling
Chr:Dougal
Drysdale,
Univ of Edinburgh, UK |
C |
Advances in Detection, Suppression
and
Extinguishment
Chr: Debbie Smith, BRE,
UK |
| 10.45 |
Physical Scale
and Computational Modeling of Smoke Movement in High Speed
Passenger Trains
M. Lázaro, D. Alvear, J. Capote,
GIDAI Group University of Cantabria and I S de Ocáriz, I
López, A. Arbildi, Aeronautical Technologies Centre – CTA,
Spain
|
10.45 |
A Generic Combustion
Modeling and Species Transport Framework for Fire Dynamics
Simulator
Jason Floyd, Hughes Assocs and C Weinshenk,
R McDermott, K McGrattan, NIST, USA
|
10.45 |
Image Processing based
Deflagration Detection within Crew Compartments of Armored
Vehicles
Thomas Schröder, K Krueger, Helmut Schmidt
University and F Kuemmerlen, Bundeswehr Research Inst for
Protective Technologies and NBC Protection,
Germany |
| 11.05 |
Advanced CFD Modeling
Approach of Smoke Toxicity and Light Extinction for
well-ventilated and less well-ventilated Fires in a
Compartment (Part II)
Andrea Loehnert, N Monreal, C
Knaust, A Hofmann, BAM Federal Institute for Materials and
Research, Germany
|
11.05 |
Testing the single zone
design fire hypothesis: Assessment of a composite floor
subject to CFD travelling and single zone fire models
Danny Hopkin, Trenton Fire Ltd.,UK
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11.05 |
A novel methodology
of electronically controlled sprinkler activation
Leonid T Tanklevskiy, V Zima, Gefest Ltd and A Snegirev,
A Tsoi, Saint-Petersburg State Polytechnic University,
Russia
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| 11.25 |
Fractional Effective Dose
as a Tool for Evaluating Fire Safety Strategies
Craig
Weinschenk, J Averill, G Forney, R Ranellone, NIST,
USA
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11.25 |
Parameter Uncertainty
Assessment for Fire Modeling in Nuclear Power Plants
(2
Marc Janssens, S Mohanty and A Kurzawski, SwRI,
USA
|
11.25 |
Smoke detection in high ceiling
spaces
Raman Chagger, BRE,
UK
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| 11.45 |
Observations on the
Generation of Toxic Products in the ISO/TS 19700 Controlled
Equivalence Ratio Tube Furnace and the Controlled Atmosphere
Cone Calorimeter
Nathan Marsh, R Gann, J Shields & M Nyden,
NIST, USA |
11.45 |
Numerical Simulation of Fire
Growth on Corrugated Cardboard Commodities in Three-tier-high
Rack Storage Arrays
Prateep Chatterjee, Y Wang, M Chaos, K Meredith, X
Zhou, and S Dorofeev, FM Global, USA |
11.45 |
Effectiveness of bus
engine compartment fire suppression systems
Francine Amon, J Brandt, SP Technical Research Institute
Sweden
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| 12.05 |
Ignition and toxicity of
selected aircraft interior materials using the cone
calorimeter and FTIR analysis
Abdulaziz Alarifi, G
Andrews and H Phylaktou, University of Leeds,
UK
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12.05 |
Numerical simulation of
fire spread in elevator shaft connected to adjacent lobby in
tall building
K Venkatasubbaiah, R Harish, IIT
Hyderabad, India
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12.05 |
Theoretical Modelling of
Sprinkler Sprays
Siaka Dembele, H Aghajani and J Wen,
Kingston University, UK
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| 12.25 |
Accuracy of FTIR toxicity
measurements of smoke gases produced by train products
Tuula Hakkarainen, VTT, Finland
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12.25 |
Experimental and
numerical study of smoke movement through soot concentration
in a staircase of the Parisian underground
Axel
Bellivier, G Meyer, H Bazin, Laboratoire Central de la
Préfecture de Police and J Hassanaly, Regie Autonome des
Transports Parisiens, France
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12.25 |
Validation of Spray Water
Distribution Patterns for K11.2 Sprinkler in the Presence of a
Rack Storage Fire Plume Generator
Karl Meredith, P
Chatterjee, X Zhou, Y Wang and H-Z Yu, FM Global, USA
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| 12.45 |
Discussion |
| 13.00 |
Lunch |
|
A |
Fire Dynamics
Chr: Sergey Dorofeev, FM
Global, USA |
B |
Fire Safety Engineering
Chr:Craig
Beyler, Hughes Assc, USA
|
C |
Advances in Detection, Suppression
and
Extinguishment
Chr: Christopher Weiczorek, FM GLobal,
USA |
| 14.10 |
Simple Ceiling Jet
Correlations Derived from Numerical Experiments
Nils
Johansson, J Wahlqvist and P van Hees, Univ of Lund,
Sweden
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14.10 |
SFPE's Guidelines for or
Substantiating a Fire Model for a Given Application
Morgan Hurley, SFPE, USA
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14.10 |
An Experimental Study of
Pre-wetting Effects on Fire Propagation in Parallel Panels
Sai Kumar Thumuluru and Y Xin, FM Global,
USA |
| 14.30 |
Temperature properties of
ceiling jet in an inclined tunnel
Yasushi Oka,
Yokohama National University, H Oka, National Maritime
Research Institute and K Matusyama, Tokyo University of
Science, Japan
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Fire Scenarios for Fire
Engineering – Designers Choice or Generic by Regulation??
Peter Johnson, D Barber and C Gildersleeve, Arup,
Australia
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Identification of fire
suppression mechanisms by water mist: experimental and
numerical analysis
Alexandre Jenft, A Collin, P
Boulet, Lemta, Laboratoire d'Energétique et de Mécanique
Théorique et Appliquée and G Pianet, A Breton, A Muller, CNPP,
France |
| 14.50 |
Experimental Study of
Radiation Emission from Corrugated Cardboard Flames
Dong Zeng, M Chaos, M Khan and S Dorofeev, FM Global,
USA
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An experimental study on
stack effect of fire in vertical shaft
Yuji Hasemi, X
Niu, T Ito, K Kagiya, Waseda University, Japan |
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Experimental Study Of
Smoke/Mist Interactions In A Corridor
Romain Morlon,
Université de Lorraine and CSTB, E Blanchard, S Lechêne, P
Fromy, CSTB, G Parent, P Boulet, Université de Lorraine and JP
Vantelon, ENSMA, France |
| 15.10 |
Fire Dynamics In Façade
Fire Test: Measurements And Modeling
Johan Anderson, R
Jansson, SP, Sweden
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Experimental
determination of the discharge coefficient of a doorway using
SPIV technique for fire induced flow applications
Amine Koched, H Pretrel, L Audouin, Institut De
Radioprotection et de Sureté Nucléaire (IRSN) and O Vauquelin,
Université Aix-Marseille, France
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Watermist protection of
low hazard occupancies – standardisation approach to applying
the technology
Louise Jackman, K Annable and S
Colwell, BRE, UK
|
| 15.30 |
Discussion |
| 15.50 |
Break |
|
A |
PV Panels
Chr: Christian Haefelfinger,
Swissi AG, Switzerland |
B |
Fire Safety Engineering
Chr:Craig
Beyler, Hughes Assc, USA |
C |
Fire Resistance: Test Methods
Chr: Marc Janssens, SwRI, USA
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| 16.15 |
Systematical fire tests
of PV modules – research on fire resistance, toxicology and
burning behaviour
Bernd Teichmann, S Krüger, BAM,
Germany
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Smoke flow at an
horizontal vent separating two mechanically ventilated rooms
from large scale fire tests
Hugues Pretrel, J
Liberati, L Audouin, Institut De Radioprotection et de Sureté
Nucléaire (IRSN) and O Vauquelin, Université Aix-Marseille,
France
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Different types of plate
thermometers for measuring incident radiant heat flux and
adiabatic surface temperature
Johan Sjöström, SP Technical Research Institute Sweden
and U Wickström, Luleå University of Technology and SP
Technical Research Institute Sweden
|
| 16.35 |
Fire Risk Assessment and
Mitigation of PV Electrical Plants According to the Italian
National Fire Brigade guidelines
Piergiacomo
Cancelliere, Italian National Fire Brigade,
Italy
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Design of Mechanical and
Natural Smoke Vents in Atrium by Simulating the Fire with a
Helium Source
Caroline Peresson, M Delichatsios and M
Suzanne, University of Ulster, UK
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Development of A Fire
Test For Documentation of Fire Resistance When Fire Exposure
From Above The Structure Represents a Fire Hazard
Espen Daaland Wormdahl, C Sesseng and AW Heskestad,
SINTEF NBL, Norway |
| 16.55 |
Discussion |
| 17.05 |
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| 19.00 |
Social
Programme - Informal Caribbean
Buffet |
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