Progress in Fire Science First Seminar on Fire Science Between China and Germany

火灾科学进展

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Author: Fan Weicheng Yang Lizhong
Language: English
ISBN/ISSN: 9787030195593
Published on: 2007-01
Soft Cover

Progress in Fire Science . The First joint seminar on fire science and engineering between China and Germany was held in Institute of Fire Department saxony-Anhalt, Heyrothsberge, Germany, on November 11-18, 2003.

The loss caused by fire increases year by year. In the new era of fire safety engineering intemational exchange and cooperation are essential for fire safety communities, through which resources, experience and research results can be shared upon mutual interest and benefit.



Preface
Research on Backdraft in China -- A Review
Structures of Fire Research and Fire Protection in Germany
Numerical Investigation of the Fire Smoke Transport in a Sports Centre
Flashover and Backdraft Reasons and Countermeasures
Influence of Boundary Conditions on Smoke Venting of Atria
Eurocodes for More Flexibility in Preventive Fire Protection
The Use of Infrared Devices in the Concept of Mobile Labs
Experimental Study on Smoke Hazards Far From Fire
Characterisation and Description of Water Mist
Performance-based Design and Fire Safety Assessment of an International Conference Hall in China
Tunnel Fires -- experiments and Simulations
A New DES k-ε Turbulence Model for Enclosure Fire Simulation
Modelling the Evaporation and Ignition of Leaked Fuel on a Hot Plate
Experimental Study of Extinguishing Times of Solid Pool Fires Using Fine
Visualisation of Experimental Data for a Practically Oriented Interpretation
European Classification System for Construction Materials and Elements
Monitor Forest Fires With FY Serial Satellites
On Size Distribution of Fires
Method for Detecting Fire With Light Section Image to Sense Smoke
Study on the Effectiveness of Schima Superba Fuelbreak
Simulation of the Behaviour of Water Mist and Extinguishing Gaseous Agents
Multi-Component Kinetic Modeling on Wood Pyrolysis
Three-Dimensional Computational Simulation of Tunnel Ventilation
Effects of Heat Release Rate on the Fire-Induced Gas Flow in a Corridor



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