State Key Laboratory of Fire Science
Research addresses fire dynamics, fire protection and intelligent detection methods.
At a glance
State Key Laboratory of Fire Science
Research addresses fire dynamics, fire protection and intelligent detection methods.
Fire-science facilities include combustion testing instruments and a simulated multistory building for controlled experiments.
Fire-science research platform
- Building and structural fire behavior
- Forest fires and fire whirl dynamics
- Oil-tank fire hazards
- Intelligent fire detection and fire safety
- Experimental capabilities include a combustion wind tunnel and multistory fire-test building
Scientific questions and facilities
State Key Laboratory of Fire Science | Scientific questions and facilities
Fire science investigates combustion, heat transfer, fluid motion and the interaction of fire with structures and environments. Controlled experiments help researchers study smoke movement, flame behavior and fire-detection systems. The State Key Laboratory of Fire Science is associated with distinctive apparatus, including a combustion wind tunnel and a multi-story fire-test building. These facilities make it possible to examine hazards that would be unsafe or impossible to reproduce in ordinary classrooms.
Combustion, smoke movement and fire dynamics
The State Key Laboratory of Fire Science investigates combustion, fire spread and the interaction between flames and built or natural environments. Its experimental capabilities include a large combustion wind tunnel and multi-storey fire test facilities.
Questions range from building fires and smoke movement to forest fire dynamics and detection technologies. Controlled experiments and computational models are complementary tools in fire-safety engineering.
A closer look at State Key Laboratory of Fire Science
Fire science investigates combustion, smoke movement, heat transfer and how fires develop in different environments. Experimental facilities can reproduce conditions relevant to buildings, landscapes or industrial storage. Research findings support improved detection, engineering protection and risk understanding, but must be interpreted with attention to scale and experimental conditions.