Call For Papers
 Venue/Accommodation
 Location
 Downloads
 




Programme Committee

Karen Boyce,
Univ of Ulster, UK - Chair

Jason Averill,
NIST, USA
Rita Fahy,
NFPA, USA
Carole Franks,
Interscience Communications, UK
Hakan Frantzich,
Lund Univ, Sweden
Edwin Galea,
Univ of Greenwich, UK
Steve Gwynne,
NRCC, Canada
Glenn Hedman,
Univ of Illinois at Chicago, USA
Erica Kuligowski,
NIST, USA
Brian Meachem,
Worcester Polytechnic Inst, USA
Daniel Nilsson,
Lund Univ, Sweden
Rosaria Ono,
Univ of Sao Paulo, Brazil
Amanda Robbins,
Sereca Fire Consulting, Canada
Ai Sekizawa,
Tokyo Univ of Science, Japan
Tomonori Sano,
Waseda Univ, Japan
Ian Thomas,
Victoria Univ of Technology, Australia

 
     
 
CALL FOR PAPERS DEADLINE 31st December 2014
 
 
Response Behaviour – understanding responses to different fire cues, role and impact of authority figures, impact of culture (social, organisational, fire safety), evacuation of vulnerable populations (children, elderly, disabled), group behaviours, human behaviour in domestic settings.
Incident Analysis – understanding behaviour through qualitative and quantitative analysis of real evacuations (successful and unsuccessful); incident reconstruction.
Flow Dynamics - movement of mixed ability populations, impact of changing demographics, stair usage (merging behaviours, impact of fatigue); individual, group and crowd behaviours associated with the use of stairs, elevators and escalators .
Procedural Interventions - influence of notifications on response phase, influence of training on behaviours, human factors relative to evacuation of high rise buildings using lifts, assistive evacuation techniques for use on stairs, escalators and travelators, quantifying the impact of community fire safety programmes.
Technological Advances to Support Decision Making - impact of emerging technologies (sensor, software, communication, way-guidance, movement analysis).
Conceptual Models – representing complex behaviours in conceptual models, verification thereof and translation into engineering practice and computational models.
Data Generation and Use – reliable and appropriate data to support the development of theories, computational models and engineering practice; occupancy and culturally specific data for pre-evacuation, data on upward and downward movement speeds on stairs in medium and high rise buildings.
Computational Modelling – new developments in evacuation modelling; verification and validation of evacuation models, coupling of fire and evacuation models.
Integration of Human Behaviour Concepts in Building Design – appropriateness of existing data sets (origins, format, validity, reliability), challenges in application (scenario building), dealing with uncertainties.

Research students are especially encouraged to submit their work for consideration. A discounted registration will be available and the symposium programme will inculde an informal student workshop.

Special provision will also be made within the Symposium to facilitate Poster Sessions which are less formal and which will allow authors to exhibit and discuss their work with a wide audience.

To submit a paper, send an extended abstract by email to office@intersciencecomms.co.uk (two-pages for paper presentation, one-page for poster) for review to the organisers before 31st December, 2014. Accepted authors will be entitled to significantly discounted registration (1 per paper).

 

downing college
Downing College

Downing College Theatre

Punting in Cambridge
punts on the river Cam
Downing College Single Room

 

 

ORGANISERS
Further details from the Conference Organisers:
Interscience Communications Ltd,
1 Burnt Ash Lane, Bromley, BR1 4DJ, UK
Tel +44 (0) 208 692 5050; +44 (0)208 692 5155, Email: office@intersciencecomms.co.uk

       
Fire Testing |  
©Intersciencecommunictions Ltd 2011