..

“FROM FIRE SCIENCE TO ENGINEERING”

19th -21

st

September

2012

Downing College, Cambridge, UK

14th

international conference

4th - 6th July 2016

Pro

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Since 1979, Interflam has brought together engineers, scientists, practitioners and regulators from around the globe to hear the latest state of the art papers with the specific intent to create an interface between the researcher, the fire safety engineer and the designer so that good fire science can be promptly harnessed to provide a safer built environment. As with previous conferences the programme offers participants a friendly and open atmosphere to interact with colleagues from around the world and presents ample opportunity to forge new relationships outside their own industrial or academic network. Keynote papers, parallel and poster sessions, exhibits, a student workshop and the inclusive social programme provide maximum opportunities for networking Over the 3 days there will be 120 oral presentations along with 70 posters. This will be one of the largest technical programmes in the conference's 36 year history. All presentations will be available in the Conference Proceedings.

TECHNICAL SESSIONS INCLUDE Codes and Regulations Composites Detection and Suppression Facades Fire Dynamics Fire Investigation Fire Resistance Fire Risk Flame Retardants and Coatings Fire Safety Engineering Fire Service and Building Fire Safety Fire Testing Furniture Flammability Heat Flux Measurement and Calculations Human Behaviour in Fire Ignition and Extinction Modelling Model Validation Predictions of Soot Generation and Visibility Pyrolysis Modelling Thermal Insulation and Fibres Wildland Fire

The Programme Committee invites all those interested in these broad research areas to join colleagues this summer to exchange views and ideas in the convenient and stunning collegiate setting of Royal Holloway College.

Royal Holloway College

- University of London -

Near Windsor

UK

Sponsored by Partners

LOCATION

The venue for the 14th conference will be at London University's Royal Holloway College. Noted for the Founder's Building, which is modelled on the Château de Chambord in the Loire Valley, the flamboyant architecture make this one of the most spectacular university buildings in the world. The College was officially opened by Queen Victoria in 1886 and includes the world-famous Picture Gallery housing a unique collection of Victorian paintings and Chapel with its fine reliefs and vaulted plaster ceiling.

The parkland campus, bordering Royal Windsor Great Park, is conveniently situated just 8 miles from Heathrow Airport, 5 mins from the M25 motorway (junc 13) and 35 minutes from London's Waterloo Railway Station. The conference will have exclusive use of the Windsor Lecture Building which offers state of the art meeting facilities. There is ample car parking on campus.

The campus has a convenience store and bank. It is a short walk (5mins) to the village of Englefield Green with its pubs and restaurants and approx 10mins to Egham with it shops, banks, restaurants and the mainline railway station. Famous historic and Royal Windsor is 10 minutes driving by car or bus.

Windsor Building Theatre Conference Complex

Royal Holloway College Location Map

Founders Building

College Chapel

Changing of the Guard

in nearby Windsor

MONDAY Registration

9.00 OPENING

9.15 Keynote Paper - Patrick van Hees, Lund University, Sweden The Urgent Need for System Thinking in Fire Safety – The Only Way Forward for Testing, Engineering and Education

A. Fire Investigation

Chair: Kathleen Almand, NFPA, USA B.

Flame Retardants & Coatings Chair: Alex Morgan, Univ of Dayton, USA

C. Fire Service & Building Fire Safety Chair: Julian Parson, Buckinghamshire

Fire & Rescue Service, UK 9.50 The Ammonium Nitrate Explosion at

West, Texas: A Disaster that Could Have Been Avoided Vytenis Babrauskas, FSTI, US

9.50 Are Commercially Successful, Halogen-Free Back-Coatings for Textile Furnishings Possible within the Shorter Term? Richard Horrocks, S Eivazi, B Kandola, Univ of Bolton, UK

9.50 Humanoid Firefighting Robot for Structure Fires Brian Lattimer, Jensen Hughes, J Starr, J McNeil, C Nogales, J Peterson, J Ziglar, J Burnton, C Knabe, Y Sung, J Seminatore, R Griffin, J Newton, V Orekhov, M Rouleau, M Hopkins, Virginia Tech, D Hong, UCLA, D Lee, Univ of Pennsylvania, J Farley, Navel Research Lab, USA

10.10 Ignition and Burning Characteristics of Tea Light Candles and their Influence on Fire Investigation Mike Burroughs, Fire Investigations, UK

10.10 From the Synthesis to the Understanding: How to Design Flame Retardants for PBT Sophie Duquesne, R Duprez, G Fontaine, S Bourbigot,, ENSCL, France, S Wagner, A Koenig, R Kramer, M Klatt, BASF SE, Germany

10.10 Techniques for the Offensive Exterior Attack in Fighting Ventilation Controlled Structure Fires Rijk van den Dikkenberg, R Weewer, K Groenewegen-ter Morsche, Fire Service Academy, Netherlands

10.30 Discussion 10.30 Discussion 10.30 Discussion 10.40 Break 10.40 Break 10.40 Break

A.

Heat Flux Measurements & Calculations

Chair: Ulf Wickström, Lulea Univ, Sweden

B. Flame Retardants & Coatings

Chair: Serge Bourbigot, ENSCL, France

C. Fire Service & Building Fire Safety

Chair: Anne Steen-Hansen, SP Fire Research, Norway

11.10 Measuring Heat Flux from a Fire to a Surface using IR Thermography Christian Rippe, B Lattimer, Jensen Hughes, USA

11.10 Gas-Phase Interactions of Phosphorus Retardants with Diffusion Flames Fumiaki Takahashi, Case Western Reserve Univ, V Katta, Innovative Scientific Solutions, G Linteris, V Babushok, NIST, USA

11.10 Robot Autonomous Fire Location Using a Weighted Confidence Algorithm Chris Nogales, T Furukawa, Virginia Tech, B Lattimer, Jensen Hughes, USA

11.30 A Study on Radiation Screens – A Comparison between Experiments and Different Numerical Models Jonathan Wahlqvist, M Runefors, P van Hees, Lund Univ, Sweden

11.30 Chemically Modified Lignin as Flame Retardant for Acrylonitrile-Butadiene-Styrene (ABS Benjamin Prieur, G Fontaine, S Bourbigot, ENSCL, M Wittemann, R Klein, Fraunhofer Inst for Structural Durability & System Reliability LBF, Germany

11.30 An Analysis of Residential Building Fire Rescues: The Difference between Fatal and Non-Fatal Casualties Rijk van den Dikkenberg, M Kobes, Fire Service Academy, Netherlands

11.50 Resolving Obstructed Views using Multiple Thermography Digital Image Correlation Systems Jonathan Hodges, P Summers, S Case, N Cholewa, Virginia Tech, Z Mathys, Defence Science & Tech Org, Australia, A Mourtiz, RMIT Uni, Australia, C Rippe, B Lattimer, Jensen Hughes, USA

11.50 Numerical Prediction on Interacting Thermal-Structural Behaviour of Inorganic Intumescent Coating Sengkwan Choi, S Kang, Univ of Ulster, UK, J Yoon Choi, Korea Conformity Laboratories, Korea

11.50 How Can Fatal Fires Involving Vulnerable People Be Avoided? Karolina Storesund, A Steen-Hansen, C Sesseng, SP Fire Research, G Gjøsund, K Halvorsen, P Grytten Almklov, NTNU Social Research, Norway

12.10 A Comparison of Radiative Transfer Models in FireFoam and FDS Marcus Runefors, J Wahlqvist, B Husted, Lund Univ, J Anderson, C Huang, SP Technical Research Inst, Sweden

12.10 Intumescent Paint Systems Exposed to Different Heating Scenarios Robert Jansson McNamee, SP Technical Research Inst, Sweden, K Storesund; R Stølen, P Gunnar Nordløkke, SP Fire research, Norway

12.10 Towards a Sound Understanding of the Effectiveness of Smoke Detectors in Dwellings Karin Groenewegen-ter Morsche, M Kobes, K Dangermond, Fire Service Academy, Netherlands

12.30 Discussion Discussion Discussion 12.50 Lunch

A. Pyrolysis Modelling I

Chair: Richard Lyon, FAA, USA B.

Furniture Flammability Chair: Richard Gann, NIST, USA

C. Detection & Suppression I

Chair: Christopher Jelenewicz, SFPE, USA

14.00 A Generalized Methodology to Produce Pyrolysis Models for Composite Materials Mark McKinnon, S Stoliarov Univ of Maryland, USA

14.00 Study: Reduced Ignition Propensity (RIP) Cigarettes – Theory and Reality Ida Larsson, A Bergstrand, SP Technical Research Institute, Sweden

14.00 Investigation of the Use of Smoke Detectors in Norwegian Dwellings Christian Sesseng, N Kristine Reitan, SP Fire Research, Norway

Attendance at Interflam 2016 is accredited with 22.5 hours CPD by the Institution of Fire Engineers, UK Daily attendance will be accredited with

7.5 hours CPD

As of 19 MAY 2016

14.20 Burn: A 3D Model of Burning Materials Morgan Bruns, NIST, USA

14.20 Cone Calorimeter Studies of Foam and Fabric Assemblies Alexander Morgan, Univ of Dayton Research Institute, USA

14.20 Smoke Behavior Analysis with Multi-View Smoke Spread Data Florian Vandecasteele, B Merci, S Verstockt, Ghent Univ, Belgium

14.40 A Model for Thermal Decomposition of Solids out of Ellingham Assumption Aurélien Thiry, P Carlotti, LCPP, P Boulet, LEMTA, France

14.40 Upholstered Furniture-Can Fire Behaviour Be Improved Without Adding Chemical Flame Retardants? Anne Steen-Hansen, K Storesund, SP Fire Research, Norway, A Bergstrand, SP Fire Research, Sweden

14.40 The Extinguishing Performance of Experimental Siloxane-Based AFFF Ralf Hetzer, F Kümmerlen, Bundeswehr Research Inst for Protective Technologies, Germany

15.00 Distributed Reactivity Model to Predict Multi-Stage Pyrolysis of Polymeric Materials and Sensitivity Analysis Abhishek Bhargava, Danish Inst of Fire and Security Tech, Denmark, P van Hees, B Andersson, H Sina, S Iyengar, Lund Univ, Sweden

15.00 Analysis of Heat Release Rate of Bed Mattress Installed at Different Heights Jong-Jin Jeong, M Mizuno, Y Ohmiya, Y-C Shin, Tokyo Univ of Science, Japan, K-W Park, FILK, Korea, M Delichatios, Univ of Ulster, UK

15.00 Smoke Layer/Water Spray Interaction – Thermal and Radiative Characterization Elizabeth Blanchard, S Renard, P Fromy, CSTB, G Parent , P Boulet, LEMTA , D Borgiallo, PROFOG, France

15.20 Discussion 15.15 Discussion 15.15 Discussion 15.40 Break 14.50 Break 14.50 Break

A. Pyrolysis Modelling II

Chair: Morgan Bruns, NIST, USA B.

Large Outdoor Fires Chair: Samuel Manzello, NIST, USA

C. Detection & Suppression II

Chair: Sergey Dorofeev FM Global, USA 16.10 Application of Fire Simulation within the

Railway Industry Fabian Braennstroem, Bombardier Transportation GmbH, Germany

16.10 TBA 16.10 Efficiency of Water Spray System for Smoke Cooling in Confined and Mechanically Ventilated Compartment Hugues Pretrel, L Audouin IRSN, France

16.30 Pyrolysis Modelling of Composite Fabrics based on Individual Fabric Properties using Micro-Combustion Calorimetry Konrad Wilkens, P van Hees, Lund Univ, Sweden, S Hostikka, Denmark & Aalto Univ, Finland

16.30 Firebrand Ignition in Large Outdoor Fires: The use of Full-Scale Experiments to Guide the Development of Laboratory Standard Test Methods Samuel Manzello, NIST, USA, S Suzuki, NRIFD, Japan

16.30 Experimental and Numerical Modeling of Interactions between Sprinklers and Natural Smoke Vents Nicolas Trevisan, Z Acem, P Boulet, LEMTA, G Pianet, A Jenft, A Breton, A Muller, CNPP, France

16.50 Pyrolysis Model Properties of Engineered Wood Products and Validation Using Transient Heating Scenarios Gaurav Agarwal, M Chaos, Y Wang, FM Global, USA, D Zeinali, Ghent Univ, Belgium

16.50 Experimental Investigation of Wood Decking Assemblies Attacked by Firebrand Showers Sayaka Suzuki, NRIFD, Japan, S Manzello, NIST, USA

16.50 Optimization of In-Rack Automatic Sprinkler Protection Using a Coupled Modeling-Testing Approach Karl Meredith, K Jamison, J de Vries, Y Wang, S Dorofeev, FM Global, USA

17.10 Power Law Modelling of Simple Pyrolysis Kinetics Pierre Carlotti, A Thiry, S Dupont, LCPP, P Boulet, LEMTA, France

17.10 Computationally Efficient Wildland Fire Spread Models Alan Lattimer, J Borggaard, S Gugercin, K Luxbacher,Virginia Tech, USA, B Lattimer, Jensen Hughes, USA

17.10 Cost Benefit Analysis for Sprinklers in Tall Buildings above 30m for Life Safety Corinne Williams, J Fraser-Mitchell BRE Global, UK

17.30 Discussion 17.30 Discussion 17.30 Discussion 17.50 POSTER SESSION A

19.00 Social Evening

TUESDAY

A. Predictions of Soot Generation &

Visibility Chair: Marc Janssens,SwRI, USA

B. Fire Resistance I

Chair: Robert Jansson McNamee, SP, Sweden

C. Codes & Regulations

Chair: Marcelo Hirschler GBH Intl, USA

8.40 A Numerical Investigation on the Impact of Modeling Aerosol Behaviors on the Prediction of Soot Density in a Compartment Fire Jason Floyd, Jensen Hughes, USA

8.40 Temperature Assessment of a Vertical Member Subjected to Localized Fire Christophe Thauvoye, B Zhao, CITICM, France, F Hanus, O Vassart, Arcelor Mittal R&D, Luxembourg

8.40 Codes & Standards Development in the USA: How Does It Work? Marcelo Hirschler, GBH International, USA

9.00 Experimental and Numerical Analysis of the Influence of the Soot Yield when Conducting CFD Analysis for the Estimation of the Available Safe Evacuation Time Gabriele Vigne, JVVA Fire and Risk, Spain, W Węgrzyński, ITB, Poland

9.00 Design at the Interface–Developing a Structural Fire Strategy for an Exposed Weathering Steel Frame Danny Hopkin, S Anastasov, B McColl, E O’Loughlin, Trenton Fire Ltd, D Illingworth, AKT II,UK

9.00 Comparing National Fire Regulations in EU for 3 Different Buildings Birgitte Messerschmidt, S Hughes, J Albiac Fire Safe Europe, Belgium

9.20 Full-Scale Fire Tests to Obtain Optical Density Data for Validation of Compartment Fire Models Jason Huczek, M Janssens, SwRI, USA, K Onaka, TEPCO, Japan, S Turner, Leidos, USA

9.20 Post Fire Guidance for the Critical Temperature of Prestressing Steel Lucie Robertson, David Narro Associates, UK, J Gales, Carleton Univ, Canada

9.20 Compartment Sizes, Resistance to Fire and Fire Safety – Construction Details Tom Lennon, BRE Global, UK

9.40 Model Uncertainty of Predictions of the Soot Concentration in the Hot Gas Layer of Compartments Fires Marc Janssens, SwRI, USA Jason Huczek, SwRI, USA, K Onaka, TEPCO, Japan, S Turner, Leidos, USA

9.40 A Conceptual Framework for a Design Travelling Fire for Large Compartments with Fire Resistant Islands Xu Dai, J Maclean, S Welch, BRE Centre for Fire Safety Eng, Univ of Edinburgh, L Jiang, A Usmani, Brunel Univ, UK

9.40 Fire Statistics: What Is the Current Situation and What Can Be Expected? Dominique Parisse, PlasticsEurope, Belgium

10.00 Discussion 10.00 Discussion 10.00 Discussion 10.20 Break 10.20 Break 10.20 Break

A.

Rack Storage Fire Modelling and Testing

Chair: Karl Meredith, FM Global USA B.

Fire Resistance II Chair: Luke Bisby,

Univ of Edinburgh, UK C.

Fire Risk Chair: Debbie Smith, BRE, UK

10.50 The Impact of Object Shape on Rack Storage Fire Simulations Charles Fleischmann, Univ of Canterbury, New Zealand

10.50 Mechanical Properties of Gypsum Plasterboard Exposed To Standard Fires Blanca Andres, P van Hees, Lund Univ, Sweden

10.50 Effects of Performance of Active Fire Protection Systems on Life Risks Due to Fire in a Mid-Rise Residential Building X Zhang, George Hadjisophocleous, Carleton Univ, Canada

11.10 An Experimental Study on the Freeburn Characteristics of Complex Fuels Sai Thumuluru, Y Xin, A Gupta, FM Global, USA

11.10 Behaviour of Char Layer in Fire-Damaged Box Section Timber Beams Hailey Quiquero, J Gales, G Hadjisophocleous, Carleton Univ, Canada

11.10 Efficient Method for PROBABILISTIC Fire Safety Engineering Ruben Van Coile, Ghent Univ, Belgium, G Balomenos, M Pandey, Univ of Waterloo, Canada

11.30 Complex Fuel Experiments Using the Characteristic Fuel Unit (CFU) Method for Cartoned Commodities Yibing Xin, Y Wang, M Chaos, S Dorofeev, FM Global, USA

11.30 Development of a Thermomechanical Model on Behaviour of Cellulose Based Material under Fire Resistance Test Guillaume Cueff, V Drean, G Auguin, Efectis France, J-C Mindeguia, D Breysse, Inst of Mech and Eng of the Univ of Bordeaux, France

11.30 Standardized Probabilistic Model for Allowable Fire Compartment Size Peter van de Leur, DGMR, K Jan de Boer, C Cieraad, Antea Group / Consulting Group Save, The Netherlands

11.50 Modeling of Large-Scale Fires in Cartoned Plastic Commodity Rack-Storage Ankur Gupta, G Agarwal, K Meredith, S Thumuluru, Y Xin, M Chaos, Y Wang, FM Global, USA

11.50 Full-Scale Fire Test of CLT Structure Used for Student Housing Kristian Hox, Greg Baker, SP Fire Technology Norway

11.50 Maximum Fire Compartment Sizes Jeremy Fraser-Mitchell, T Lennon, BRE Global, UK

12.10 Discussion 12.10 Discussion 12.10 Discussion 12.30 Lunch

13.40 POSTER SESSION B

A. Model Validation

Chair: Tuula Hakkarainen, VTT, Finland

B. Façades I

Chair:Anja Hofmann, BAM, Germany C.

Fire Safety Engineering I Chair: Daniel Joyeux, EFECTIS France

14.40 Novel Full-Scale Atrium Fire Experiments and Numerical Validation Under Steady and Transient Venting Conditions Alexis Cantizano, P Ayala, Universidad Pontificia Comillas, Spain, G Rein, Imperial College London, UK, G Vigne, C Gutierrez-Montes, Universidad de Jaen, Spain

14.40 Fire Safety of Façades Anja Hofmann, BAM, Germany

14.40 Uncertainties in Relationships Used in Smoke Management Engineering El Mehdi Koutaiba, E Blanchard, P Fromy, CSTB, O Vauquelin, Université d’Aix-Marseille, France

15.00 Comparison of Partially Lined Timber Room Experiments With The Modified B-Risk Flame Spread Capability Harriet Peel, Olsson Fire & Risk, M Spearpoint, Univ of Canterbury, C Wade, BRANZ, New Zealand

15.00 Development of the Advanced Technical Method and the Test Standard for The Purpose of The Fire Safety of Facade Materials In Buildings Kye-Won Park, Fire Insurers Labs of Korea, M Smolka, Rockwool Int, Denmark, L Boström, SP Tech Research Inst, Sweden, Y Yoo, KICT, Korea, H Yoshioka, Nat Inst for Land and Infrastructure Management, Japan

15.00 Make-Up Air Effects on the Smoke Interface Height in Atrium Fires Amir Rafinazari, George Hadjisophocleous, Carleton Univ, Canada

15.20 Temperature Measurements and Modelling of Flashed Over Compartment Fires Ulf Wickström, A Byström, Luleå Univ of Tech, J Sjöström, SP Tech Research Inst, Sweden

15.20 Modeling of Fire Exposure in Façade Fire Testing Johan Anderson, L Boström, R Jansson, SP Technical Research Inst, Sweden, B Milovanović, Univ of Zagreb, Croatia

15.20 Comparison Between Experimental Tests and Computer Models of a Smoke-Proof Enclosure Safety Vestibule Fabio Alaimo Ponziani, P Cancelliere, M Mazzaro, M Caciolai, D De Bartolomeo, A Tinaburri, Ministry of Interior, Italian National Fire Services, G Gai, E Cartapati, Sapienza University of Rome, Italy

15.40 Discussion 15.40 Discussion 15.40 Discussion 15.55 Break 15.55 Break 15.55 Break

A. Fire Testing

Chair: Brian Lattimer, Jensen Hughes, USA

B. Façades II

Chair: Patrick van Hees, Lund Univ, Sweden

C. Fire Safety Engineering II

Chair: George Hadjisophocleous, Carlton Univ, Canada

16.25 A Buoyancy Driven Fire Calorimeter James Quintiere, Univ of Maryland, R Lyon, S Crowley, FAA, USA

16.25 A Full-Scale Fire Test to Investigate the Fire Behaviour of the "Ventilated Facade" System Dionysiοs Kolaitis, E Asimakopoulou, M Founti, National Technical Univ of Athens, Greece

16.25 Development and Validation of a Method to Validate Extensions of Performance of Fire Resisting Cable Wraps Subjected to Non-Standard Fire Conditions Daniel Joyeux, A Blanguernon, , Efectis France, B Gautier, EDF, B Marquez, T Cerosky, NUVIA Protections, France

16.45 Electronic Gas Sensors in Fire Testing Matt DiDomizio, E Weckman, Univ of Waterloo, Canada, N Ryder, Fire & Risk Alliance, USA

16.45 Determination of Fire Performance of Ventilated Façade Systems On Combustible Insulation Using LEPIR2. Extended Applications Approach Based on Multiscale Tests Roy Weghorst, Kingspan Insulation Ltd, B Heuze, LNE, E Guillaume, France

16.45 Fire Spread and Tenability in Single Family Dwellings: Combining Live Fire Experiments and FSE-modeling Lieuwe De Witte, H Hazebroek, R Weewer, Fire Service Academy, The Netherlands

17.05 Combustion Products of Polymers at Constant Fuel/Oxygen Ratios Richard Walters, L Speitel, R Lyon FAA, USA

17.05 Fire Safety of Façades with Polystyrene Foam Insulation Anja Hofmann, S Kaudelka, BAM, Germany

17.05 What We Recently Learned About Performance Based Design Bill Koffel, Koffel Associates, USA

17.25 Development of a Dynamic Shrinkage/Collapse Measurement Method for Cellular Polymer Foams Karlis Livkiss, DBI, Denmark, P van Hees, Lund Univ, Sweden

17.25 Protection Against External Fire Spread – Horizontal Projections or Spandrels? Markus Nilsson, A Mossberg, Brandskyddslaget,, B Husted, Lund Univ, J Anderson, SP Technical Research Inst of Sweden, Sweden

17.25 The Role of Quantitative Risk Analysis Models in Performance-Based Fire Safety Engineering Greg Baker, SP Fire Research, Norway, M Spearpoint, C Fleischmann, Univ of Canterbury, C Wade, BRANZ, New Zealand

17.45 Discussion 17.45 Discussion 17.45 Discussion 19.00 Coaches depart for Conference Dinner

WEDNESDAY

A. Ignition & Extinction Chair: Eric Guillaume,

Efectis, France B.

Composites Chair: Bernhard Schartel,

BAM, Germany C.

Human Behaviour I Chair: Karen Boyce,

Univ of Ulster, UK

8.40 Emerging Risks in Smoldering Fires: Initial Results from the EMRIS Project Dan Madsen, B Husted, Lund Univ, Sweden, C Wanke, U Krause, Otto-von-Guericke-Uni ,Germany, I Haraldseid, E Villacorta, G Kleppe, B Hagen, V Frette, R Mikalsen, Stord/Haugesund College, Norway

8.40 Composites In Fire: Intermediate-Scale Testing of Sandwich Panels and Shells Bernhard Schartel, S Timme, A Hörold, V Trappe, M Korzen, BAM, Germany

8.40 An Experiment on Ascending Evacuation on a Long, Stationary Escalator Silvia Arias, E Ronchi, K Kuklane, A Halder, Lund Univ, J Noren, Briab Brand & Riskingenjorena AB, M Delin, DeBrand Sverige AB, K Fridolf, WSP Sverige AB, Sweden

9.00 Modelling of Self-Heating Behaviour During Storage of Torrefied Biomass Fuel Tengku Noor Tg Azhar, Y Wu, Univ of Sheffield, UK

9.00 Analysis of Delamination Onset and Growth Induced By Laser Decomposition Within Carbon/Epoxy Composite Laminates Gillian Leplat, C Huchette, A Mavel, P Nunez, ONERA, France

9.00 Individual and Group Response Behaviours during Evacuation of a Public House Nigel McConnell, K Boyce, Ulster Univ, UK

9.20 Experimental Assessment of Bench-Scale Ignitability Parameters Frida Vermina Lundstrom, P van Hees, Lund Univ, Sweden

9.20 Modeling Anisotropic Effects of Carbon Fiber Reinforced Epoxy Composites In Fire Environments Adrian Kopacz, R Bozinoski, J Hewson, A Dodd, A Brown, Sandia National labs, USA

9.20 An Analysis of Human Flow Composition in Various Types of Buildings Dmitry Samoshin, Academy of State Fire Service, Russia

9.40 Auto-Extinction of Engineered Timber: The Application of Firepoint Theory Alastair Bartlett, R Hadden, L Bisby, The Univ of Edinburgh, B Lane, ARUP, UK

9.40 Virtual Fire Resistance Furnace: Heat Transfer Predictions of A Composite Panel Gilda Auguin, V Drean, Efectis, France

9.40 Relationship between Specific Flow and Opening Width Considering Pedestrian Shoulder Twist Mineko Imanishi, T Sano, Waseda Univ, Y Omiya, Tokyo Univ of Science, Japan

10.00 Discussion 10.00 Discussion 10.00 Discussion 10.20 Break 10.20 Break 10.20 Break

A. Fire Dynamics I

Chair: Björn Sundström, SP, Sweden B.

Thermal Insulation & Fibres Chair: Christine Lukas, Dow Chemicals, Europe

C. Human Behaviour II

Chair: Steve Gwynne, NRCC, Canada

10.50 Modeling of Flame to Surface Heat Feedback from Laminar Wall Fires Isaac Leventon, S Stoliarov Univ of Maryland, USA

10.50 Fire Safe Use of Polyurethane Insulation in Hall Buildings Tuula Hakkarainen, M Nissilä, T Ojanen, VTT, Finland

10.50 Modification of Interaction Force between Smoke and Evacuee Sungryong Bae, H S Ryou, Chung-Ang Univ, J-H Choi, Pukyong National Univ, South Korea

11.10

Radiative Characteristics of Fires with Different Sooting Propensities Dong Zeng, M Chaos, Y Wang, FM Global, USA

11.10 Fire Performance of Plasterboard-Insulation Assemblies Consisting of Closed-Cell Charring Insulation Materials Juan Hidalgo, S Welch, Univ of Edinburgh, José L. Torero, Univ of Queensland, Australia

11.10 Variation of walking speed and decision-making time at various junctions Young-Hoon Bae, W-H Hong, Kyungpook National Univ, S-H Lee, National Fire Service Academy, R-S Oh, S-N Baek, J-H Choi, Pukyong National Univ, South Korea

11.30 Numerical Prediction of Liquid Pool Fires Burning Rate with A CFD Approach Siaka Dembele, M Alam, Kingston Uni,

V Madhav Rao, J Wen, University of

Warwick, UK

11.30 On The Contribution of Foam Plastic Insulation to Life Safety in Residential Building Fires Marc Janssens, A Joyce, SwRI, USA

11.30 Development of Flow Model in Staircase by Considering Mechanism of Flow Stop by Congestion with People Masayuki Mizuno, H Sendo, N Tanaka, A Sekizawa, Tokyo Univ of Science, H Kadokura, Tokyo Research Inst Inc., K Fujii, National Research Inst of Fire and Disaster, T Sano, Waseda Univ, Japan

11.50 An Experimental Study of Water Transport on Vertical Paper Surfaces for Sprinkler Protection Xiangyang Zhou, FM Global, USA

11.50 Natural Plant Fiber Flammability: A Microcombustion Calorimetry Survey Alex Morgan, Univ of Dayton Research Inst, USA, R Horrocks, Univ of Bolton, UK

11.50 Urban Scale Evacuation Simulation Using buildingEXODUS Nitish Chooramun, Univ of Mauritius, P Lawrence, P.J, E Galea, Univ of Greenwich, UK

12.10 Discussion 12.10 Discussion 12.10 Discussion 12.30 Lunch 13.40 POSTER SESSION C

A. Fire Dynamics II

Chair: Charles Fleischmann, Univ of Canterbury, New Zealand

B. Electrical Fires

Chair: Vytenis Babrauskas, FSTI, USA

C. Human Behaviour III Chair: Edwin Galea,

Univ of Greenwich, UK 14.40 Intermediate-Scale Controlled-

Atmosphere Calorimeter CADUCEE Mickaël Coutin, IRSN, D Alibert, B Porterie, AMU, France

14.40 Energetics of Lithium Ion Battery Failure Richard Lyon, R Walters, FAA, J Quintiere, Univ of Maryland, USA

14.40 Pros and Cons of Egress Drills Steve Gwynne, NRCC, Canada, K Boyce, Univ of Ulster, UK, E Kuligowski, NIST, USA, D Nilsson, Lund Univ, Sweden, A Robbins, Jensen Hughes, Canada, R.Lovreglio, Politecnio di Bari, Italy

15.00 The Effect of Reduced Oxygen Concentration Environments on Material Fire Performance for Hypoxic Air Venting Systems John Barton, P van Hees, Lund Univ, Sweden

15.00 Thermally-Induced Failure of Lithium Ion Batteries: Experimental Investigation and Modeling Stanislav Stoliarov, X Liu, Univ of Maryland, USA

15.00 Representing Egress Data for Engineers Karen Boyce, Univ of Ulster, UK, S Gwynne, NRCC, Canada

15.20 The Flammability of Smoke in Under-Ventilated Compartment Fires Sahand Rasoulipour, C Fleischmann, M Spearpoint Univ of Canterbury, New Zealand

15.20 Fire Spreading From a Real Open-Doors Electrical Cabinet to Overhead Multiple Cable Trays into a Confined and Mechanically-Ventilated Facility Pascal Zavaleta, L Audouin, IRSN , France

15.20 A Proposed Framework for Managing

Evacuation Model Uncertainty Considering

Verification & Validation

Tim Roberts, N Swailes, M Kinsey, G

Walker, Arup, UK

15.40 Discussion 15.40 Discussion 15.40 Discussion 15.55 Final Wrap-Up 16.10 Conference Close

INTERFLAM POSTERS

Transportation

Fire Spread over the Sedan Type Passenger Cars with the Emphasis on the Origin and Cause of the Fire Lucie Hasalova, O Šafránek, V Vystrčil, Technical Institute of Fire Protection in Prague, M Jahoda, University of Chemistry and Technology Prague, Czech Republic

B-Layers: The Role of Each Layer in Systemic Fire Protection of Buses Virginia Alonso-Gutierrez, G Rein, Imperial College London, UK

Heat Release and Lethal Combustion Product Evaluation of Rail Coach Materials B Nageshwar Rao, R Arunjothi, Central Power Research Institute, India Heat Flux Measurements & Calculations

An Assessment of the Weighted-Sum-Of-Grey-Gases Approach in Fire Simulations Ivan Sikic, J Wen, University of Warwick, S Dembele, Kingston University London, UK

Spatial Distribution of Thermal Radiation – Verification of the finite volume method Piotr Tofilo, R Porowski, The Main School of Fire Service, W Wegrzynski, Building Research Inst, Poland

Comparison of Experiments and Numerical Simulations of a High Pressure Water Mist Curtain as a Radiation Shield Bjarne Husted, Lund University, Sweden, J Ho, ARUP, UK, D Martin, Jensen Hughes, USA Mapping of Incident Radiation with Plate Thermometers from a Propane Flame - Free and Adjacent to Walls Ulf Wickstrom, O Lind, P Troedson, Lulea University of Tech, Sweden 'Heat Flux' is an Ill-suited Boundary Condition in Fire Safety Engineering. Adiabatic SurfaceTemperature is Better Ulf Wickstrom, Lulea University of Tech, Sweden

Pyrolysis

An Experimental Study for the Radiant Heat Reduction Effect About the Low-E Coating Glass in Fire Kazuyuki Suzuki, T Hisada, Nippon Sheet Glass Co Ltd, Y Ohmiya, Tokyo Univ of Science, Japan

A Contribution to Pyrolysis Modeling Corinna Trettin, F-W Wittbecker, R Goertz, University of Wuppertal, L Arnold, Research Centre Julich GmbH, Germany

Mathematical Modeling of Highly-Filled Halogen-Free Cable Compound Burning in Cone Calorimeter Mikhail Shuvalov, M Kamenskiy, A Kryuchkov, T Stepanova, A Frik, D Savin, VNIIKP, Russia

Compartment Fire Testing & Modeling

Application of Monte-Carlo Propagation Methods for Uncertainty Assessment of Large Scale Fire Tests Outputs Hugues Pretrel, P Querre, IRSN, France

Assessment of the Thermal Properties of Insulation Materials Nicole Nagy, M DiDomizio, E Weckman, University of Waterloo, Canada

Burning Rate and Time to Flashover in Wooden ¼ Scale Compartments as a Function of Fuel Moisture Content Arjen Kraaijeveld, A Gunnarshaug, B Schei, T Log, Stord/Haugesund University College, Norway

Study on Mechanism of Fire Spread Between Rooms -Simple Temperature Prediction Model for Two Rooms Yi-Chul Shin, Y-H Yoo, Korea Institute of Civil Engineering and Building Technology, K-W Park, Fire Insureres Laboratoties, Korea, Y Ohmiya, Tokyo University of Science, K Tashima, Tokyo Fire Department, K Himoto, Building Research Inst, Japan

Fire Service

Incidents and Accidents at Interior Firefighting in Sweden 2002-2014 Stefan Sardqvist, A Jonsson, Swedish Civil Contingencies Agency, J Nordstrom, Rescue Service of Ostra Gotaland, Sweden

Water-Based Fire Suppression

Delay of Wood Ignition Owing to Attenuation of Radiation by Water Masaki Noaki, A Saito, T Sato, S Hayashi, T Akieda, Y Ohmiya, Tokyo Univ of Science, M Delichatsios, Ulster University, UK

Simulation of Water Based Suppression of Pre-Mixed Methane-Air Fire and Explosion in Long Striaght Duct Benjamin Pitkin, M Shirzaei, J Zanganeh, B Moghtaderi Univeristy of Newcaslte, Australia

Visibility through Smoke

Effect of Acute Yaw Angles With Sight Line on Visibility of Emergency Sign through Fire Smoke Kosuke Fujii, National Research Institute of Fire and Disaster, T Sano, Waseda Univ, Y Ohmiya, Tokyo Univ of Science, Japan

Visibility of Emergency Signs Derived from Numerical Smoke Spread Simulation Volker Schneider, R Könnecke IST GmbH, Germany Model Validation

BRE Global Office Fire 2014: A Comparison of Experimental and CFD Modelling Data From a Fire in a Full Scale Section of an Open Plan Office C McIntosh, N Cole, BRE, UK

A Tridimensional Numerical Study of the Flumilog Warehouse Fire Experiment Shihab Rahman, B Truchot, INERIS, France

Testing

Influence of Different Ignitors Used in Single Smoke Chamber on Smoke and Gas Measurements Koichi Yoshida, Yokohama National Univ, K Araya; JECTEC, H Yoshioka; NILIM, T Hayakawa; TSV, T Fukaya; JECTEC, Japan

Use of LED for Measuring Smoke Density in Fire Tests as Potential Alternative to Halogen Lamp Hideki Yoshioka, NILIM, T Hayakawa, Tokyo System Vac, K Yoshida, Yokohama National Univ, T Noguchi, Univ of Tokyo, Y Hase, Mitsubishi Plastics, Japan Study on Gas Sampling Probe in Cone Calorimeter Jungmin Choi, FILK, Fire Insurers Labs, Korea, E Guillaume, Efectis Group, France

Fire Resistance & Façades

Behaviour of Cavity Barriers in Modular Houses – A Revised Test Methodology Daniel Brandon, Alar Just, R Jansson McNamee, SP Technical Research Inst, Sweden

Does UK Guidance on Small Service Penetrations Prejudice the Performance of Fire Rated Floor Constructions?

Bill Hay, I Sanderson, Glasgow Caledonian University, UK

POSTER SESSION A

POSTER SESSION B

Design Goals - Fire Resistance Demands for Tall Residential Buildings Danny Hopkin, A Ballantyne, E O’Loughlin, B McColl, Trenton Fire Ltd, UK

Qualitative assessment of the fire hazards beneath bridges Panagiotis Kotsovinos, G Flint, G Walker, B Lane, Ove Arup & Partners, UK Resistance to Jet Fires of Passive Protection Materials: Numerical Evaluation of Thermal Loads Virginie Drean, R Chiva, H Leborgne, G Auguin, Efectis France

Experimental Assessment of Repeatability in Façade Fire Testing Johan Anderson, L Boström

, R Jansson, SP Technical

Research Inst of Sweden, B Milovanović, Univ of Zagreb, Croatia

Principles of Testing and Regulating Fire Safety of Facades Miroslav Smolka, B Messerschmidt, Rockwool International, Denmark, L Boström, SP, Sweden, T Crimi, A C Consulting Solutions Inc, V Dowling, Fire Science and Tech Australia, K-W Park, Insurers Fire Labs of Korea, H Yoshioka, NILIM, Japan

Fire Risk

Fire Risk Assessment with a Stochastic Approach – Model Development and Application to an Auditorium Elizabeth Blanchard, S Haouari Harrak, P Fromy, CSTB, P Boulet, R Mehaddi, LEMTA, France

Development of a Fire Risk Index to Evaluate Fire Safety in Taiwanese Small Scale Hospitals Chia Lung Wu, Univ of Edinburgh, UK, W W Tseng, Central Police Univ, Taiwan

A Probabilistic and Time Dependant Approach to External Fire Spread and Building Separation Distances Sung-Han Koo, BRE Global, UK

Quantitative Risk Assessments for Existing Rail Tunnels – Explicitly Calculating the Consequences for Every Occupant in Every Scenario Andrew Addinsell, F Gamon, Arup, Australia

Fire Safety Engineering

Fire Engineering Platform - A New Concept of Calculation Tool Package Designed for Fire Science Education and Engineering Piotr Tofilo, The Main School of Fire Service, Poland

Smoke Management in Underground Parking - The Need for Standardization and Consistancy Donna Netanel, Offstream Studios Ltd, S Netanel, S Netanel Engineers Consultant Ltd, Israel

How Successfully Ventilate The Underground Garages Dedicatet for Cars Powerd by LPG - Evaluation on Real Scale Tests and Computer Modelling Dorota Brzezinska, Lodz University of Technology, Poland

Smoke and Heat Extraction in Underground Stations B Shroeder, Lukas Arnold, A Meunders, S Schmidt, Jülich Supercomputing Centre, Germany

Study on Smoke Behavior in the Station Underpass S Mafune, O Suzuki, East Japan Railway Company, Daiuki Sato, Y Ohmiya, Tokyo Univ of Science, Japan

Fire Dynamics

Experimental and Numerical Investiation of Downward Smoldering Combustion in Paper Stacks Alberto Tinaburri, F Ponziani, V Ricci, Ministry of the Interior, Italy, M Angelino, Univ of Loughborough, UK

Influence of Duct Geometry on Flame Propagation for Flammable Gas-Air Mixtures Mohammadreza Shirzaei, B Pitkin, S Kundu, J Zanganeh, B Moghtaderi, Univ Of Newcastle, Australia

Influence of Initial Ignition Source on Flame Front Velocity of a Methane/Coal Dust Explosion in a Smooth Detonation Tube Mohammed Ajrash, J Zanganeh, B Moghtaderi, University Of Newcastle, Australia

Prediction of Flammability Limit of a Thin Solid Material in Microgravity Environments Shuhei Takahashi, K Tsuboi, K Maruta, Gifu University, Japan

Temperature Attenuation Above A Fire Source With A Simple Harmonic Oscillation In Horizontal Direction Yasushi Oka, M Iizuka, Yokohama National University, H Oka, National Maritime Research Inst, Japan Study on Ignitability of Cellulose Based Materials Jadwiga Fragrat, Instytut Techniki Budowlenej, Poland

Composites

Improving Fire Safety of Glass Fibre Reinforced Polymers for Bridge Infrastructures John Gales, C Gaudreault, Carleton University, N Nagy, E Weckman, Univ of Waterloo, Canada, H Smith, Univ of Edinburgh, UK Electrical Fires

Understanding the Limits of Thermal Runaway in Lithium-Ion Battery Systems John Hewson, Sandia National Labs, USA

Fire Ignition and Spread Analysis on Photovoltaic Building Roofs Vincenzo Puccia, M Caciolai, P Cancelliere, Ministry of

Interior, Italy

Human Behaviour

Evacuation Dynamics under Consideration of Vulnerable Pedestrian Groups, Paul Geoerg, A Hofmann, BAM, A Pulm, Werkstatt Lebenshilfe I Berg land GmbH, Germany

Design for Elderly Egress in Fire Situations Lauren Folk, J Gales, Carleton University, S Gwynne, NRCC, Canada, M Kinsey, Arup, China

Affordance-Based Evaluation of Signage Design for Areas of Refuge Elisabetta Carattin, Arup Fire UK, R Lovreglio, Politecnico di Bari, Italy, E Ronchi, D Nilsson, Lund Univ, Sweden

Evacuation Concept of a High Rise Ministry Building - Findings Four Years After Completion Michael Haas, DGMR, The Netherlands

Characteristics of Evacuation Behavior Based on Observation of a Theater Evacuation Drill Tomonori Sano, Y Hatakeyama, M Imanishi, Waseda University, Japan

Experimental Study of the Crowd Flow Affected by Straight Corridor and with a Bottleneck Akihide Jo, Takenaka Corporation, T Sano, Waseda Univ, Y Ohmiya, Tokyo Univ of Science, Japan

Field Observations and Experiments on the Evacuation of Children with Disabilities in the Buildings with their Mass Stay Sergey Slyusarev, D Samoshin, State Fire Academy of EMERCOM, Russia and P Anh, The University of Fire Fighting & Prevention, Vietnam

POSTER SESSION C

Validation of Pre-movement Time Distribution for Evacuation Modelling Using Real Data from Evacuation Drill Giordana Gai, E Cartapati, Sapienza University of Rome, P Cancelliere, F Alaimo Ponziani, D De Bartolomeo, M Mazzaro, M Caciolai, Ministry of Interior, Italian National Fire Service, Italy cont…

Validation Study on the Use Of Evacuation Models for Simulation of Long Ascending Stair Evacuation Johan Norén, Caroline Eriksson Lantz, Briab Brand & Riskingenjörerna AB, Mattias Delin, DeBrand Sverige AB and Enrico Ronchi, Lund University, Sweden

Evacuation Modelling in the Fire Safety Industry: Quo Vadimus? Rodrigo Machado Tavares, EXOVA Warrington Fire

An Emergency Egress Model Based on a Macroscopic Continuous Approach Thomas Gasparotto, A Collin, P Boulet, LEMTA, G Pianet, A Muller, CNPP, France The programme is correct at time of print but the organisers reserve the right to make amendments if and when necessary

24th

MONDAY 4th

Update your knowledge on the Principles of Electrical Fires

Thursday 7th July, Royal Holloway College

Fires originating from electrical causes are specialized and require specialized investigation skills. If the personnel involved are not sufficiently knowledgeable on electrical fires, such incidents are likely to be misidentified or miscategorized. This is a rapidly evolving field, thus it is important for practitioners to get the benefit on the latest problems, issues, findings, and research results. The course will include recent changes in the NFPA 921 Guide affecting electrical fire investigation.

The most significant changes have been with regards to metallurgical identification, where usable laboratory techniques are now offered for differentiating arc-melting from fire-melting damages. The course will also cover diverse recent research findings in the electrical area, along with safety issues arising from new technologies such as ‗smart meters‘ and CSST. Investigation of fires involving dielectric breakdown of insulation will also be covered—a topic which is now being better understood due to recent research. Individuals in certain countries may have seen numerous studies presented in recent years claiming that metallurgical laboratory methods have been developed for distinguishing between ‗cause‘ and ‗victim‘ arc beads. In fact, these concepts are an example of what is sometimes referred to as ―junk science,‖ and the course will discuss the lack of sound science basis of such schemes.

Numerous delegates will have attended the Principles of Electrical Fires course given in previous years at Interflam. The new course takes up where the previous course left off. However, some background material will be offered so that the course will be suitable both for delegates who attended previous Principles of Electrical Fires courses, and those who have not. Extensive handouts will be provided covering various topics of the course.

Registration fee £385 + VAT. Interflam 2016 registered delegates are eligible for a discounted fee of £350 + VAT

Register via the Interflam website

Dr. Vyto Babrauskas, in association with Interflam 2016, will offer a new course to update participants on important information in the field of electrical fires.

TUESDAY 25th

PROGRAMME COMMITTEE

Stephen Grayson (Chairman) Interscience Communications, UK Kathleen Almand, NFPA, USA Vytenis Babrauskas, FSTI, USA Sergrey Dorofeev, FM Global, USA Anthony Hamins NIST, USA Marc Jannsens, SwRI, USA Chis Jelenewicz, SFPE, USA Debbie Smith, BRE, UK Björn Sundström, SP, Sweden Patrick van Hees, Lund Univ, Sweden Carole Franks, Interscience Communications, UK

SOCIAL PROGRAMME .

Conference Buffet, Monday 4th The Welcome Reception Buffet and drinks reception will take place in the historic quad of the Founders Buildings. This provides an ideal opportunity for networking and catching up with friends and colleagues. There will be a buffet, drinks and entertainment.

Welcome Bar & Buffet, Sunday 3rd

Delegates arriving Sunday night will be hosted to welcome drinks and buffet in the grounds of the College. Registration will be available until 8pm. The bar will be open for drinks throughout the evening.

Conference Dinner, Tuesday 5th. Sponsored by

A visit to the fabulous Windsor Castle is a right royal treat! Interflam delegates will have a private tour guide to take them around Windsor Castle which is the oldest and largest inhabited castle in the world. It has been the family home of British kings and queens for almost 1,000 years. Please visit our website for prices and more detailed information.

Pre-Conference Tour, Sunday 3rd 13.30hrs – 17.45hrs

The formal Conference Dinner will take place in the ballroom of the nearby internationally famous Wentworth Golf Club. Weather permitting there will be reception drinks in the extensive gardens before the formal dinner. Awards and speeches are the order of the evening before the after dinner entertainment. Transportation is provided to and from the College. The College bar will be open late on our return. A ticket to the Welcome Buffet, Conference Buffet and Conference Dinner are included in the Full Delegate Registration Fee. Tickets for one day delegates and guests are available for purchase.

s encouraged.

Campus accommodation is of a high standard and all rooms have a private shower and wc and are just a 5 minutes‘ walk from the main conference venue. (Shuttle buses will be available). All rooms whether single or double occupancy have 130cm size beds (standard double). Bed and breakfast is included in the following prices:- Single Occupancy: £70.00 + £14.00 VAT = £84.00 per night Double Occupancy: £88.00 + £17.6 VAT= £105.60 per night

ALTERNATIVE ACCOMMODATION Travel Lodge *** Church Road, Egham Family rooms available (5 minutes drive to venue) www.travelodge.co.uk

COUNTRY HOUSE HOTELS Wentworth Golf Club **** Wentworth Drive, Virginia Water, T: 01344 842201 (15 minutes drive by car) www.wentworthclub.com

Savill Court Hotel and Spa **** Englefield Green, Egham (5 minutes drive from venue) T: +44 (0)1784 472000 Web: http://www.savillcourt.com/

Great Forsters Hotel**** Stroude Road, Egham, (10 minutes drive from venue) T: 01784 433822 www.greatfosters.co.uk

Beaumont Hotel**** Burnfield Road, Old Windsor (10 minutes drive from venue) T: 01753 640000 www.beaumont-estate-windsor.co.uk

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Full Delegate Fee £880 + VAT Attendance at all three days of conference sessions, conference documentation including electronic conference proceedings, ticket to the welcome reception (Monday 4

th July) and

conference dinner (Tuesday 5th July).

Day Delegate Fee £350 + VAT Attendance at one day of the conference. Includes lunch and refreshments and conference documentation including electronic conference proceedings. Reduced rates apply for Speakers (1 per paper) and Student discounts are available - Please contact Interscience for more information. Terms and Conditions: Refunds cannot be given after 1st June but substitutions can be made at anytime. Cancellations made before 1st June must be received in writing and a £80 admin cost will be levied. All non-UK bank transfer payments are subject to a £7.00 and all credit card payments are subject to a 2.5% fee to defray costs. VAT is payable by all delegates at the current rate. (20%)

3 Easy to Register

1. On-line via credit payment 2. Online with invoice request

3. Download a Registration Form to fax or mail

web: www.intersciencecomms.co.uk

email: office@intersciencecomms.co.uk

Interscience Communications Ltd, 1 Burnt Ash Lane, Bromley BR1 4DJ. T: +44 (0)208 692 5050

College - Single

Accommodation Royal Holloway College ***

Conference Fees

Interflam is pleased to host a free student only workshop at 14.00hrs on Sunday 3rd July for students registered for the conference. This year the workshop is led by the students from Lund University, Sweden and DBI, Denmark and covers the needs and concerns facing all students. No supervisors will be participating in this event and open discussion is encouraged. Visit the website for more information.

Student Workshop - FREE