The Fire Protection Engineering Experimental Center was established in 2005 and has set up the Xipu Campus Experimental Center and the SWJTU-OSU Emei Campus Experimental Center.Fire Protection Engineering Experimental Center has 10 laboratories involving fire combustion laboratory, fire theory and engineering laboratory, fire extinguishing technology laboratory, etc. The building area of Fire Protection Engineering Experimental Center is about 1800 square meters, with various types of experimental instruments more than 150 sets such as large-scale precision instrument smoke analyzer, differential heat analyzer, paving material radiation test equipment and other instruments. The equipment total value is more than 12 million CNY. The Fire Protection Engineering Experimental Center undertakes various teaching and scientific research tasks for undergraduates and graduate students in fire protection engineering major and safety engineering major of collaborative program. The Fire Protection Engineering Experimental Center offers a total of 10 experimental courses for undergraduates, more than 100 validation-type, innovative and integrated design-oriented experimental projects, as well as SRTP and personalized experimental projects.
The Experimental Program of Xipu Campus Experimental Center
Course |
SN |
Experimental Program |
Fire Protection Combustion Experiment |
1 |
Determination of flash point of combustible liquids |
2 |
Experimental determination of flash point and ignition point of multicomponent mixed liquid |
3 |
Experimental determination of spontaneous ignition point of combustible liquids |
4 |
Determination of ignition temperature by experiment |
5 |
Oxygen index measurement |
6 |
Horizontal and vertical combustion test |
7 |
Textile flammability 45° test experiment |
Smoke Control and Exhaust Engineering Experiment |
8 |
Smoke density test |
9 |
Point pressure measurement for ventilation ducts |
10 |
Coefficient of flow field and air volume at a certain section of ventilation duct |
11 |
Measurement of ventilation duct coefficient |
12 |
Characteristics of smoke movement in tunnel ceiling |
13 |
Tunnelsmoke control experiment I |
14 |
Tunnel smoke control experiment II |
Fire Detection and Alarm Experiment |
15 |
Understanding experiment of automatic fire alarm system |
16 |
Experiment of automatic fire alarm control system |
17 |
Flame temperature field measurement experiment |
18 |
Bus device coding experiment |
Fire Theory and Engineering Laboratory |
19 |
Liquid fire mass loss test |
20 |
Flame height experiment |
21 |
Estimation of heat release rate by oxygen consumption method |
22 |
Fire behavior analysis of flame retardant materials |
23 |
Preparation of flame retardant materials |
24 |
Tunnel fire extinguishing efficiency experiment |
25 |
Tunnel fire ventilation test |
26 |
Special tunnel fire test |
Fire Water Supply and Fire-fighting Technology Experiment |
27 |
Pressure test of automatic spraying system |
28 |
Automatic spraying system assembly experiment |
29 |
Fire hydrant system test |
30 |
Fire extinguisher test |
Buildings Performance-based Fire Protection Design Experiment |
31 |
Regional model experiment CFAST |
32 |
FDSmodeling and Validation |
33 |
Simulation analysis of atrium smoke exhaust |
34 |
Tunnel fire and ventilation simulation analysis |
35 |
FDSevacuation simulation |
The Experimental Program of SWJTU-OSU Emei Campus Experimental Center
Course |
SN |
Experimental Program |
Fire Protection Combustion Experiment |
1 |
Determination of flash point of combustible liquids |
2 |
Experimental determination of flash point and ignition point of multicomponent mixed liquid |
3 |
Experimental determination of spontaneous ignition point of combustible liquids |
4 |
Determination of ignition temperature by experiment |
5 |
Oxygen index measurement |
6 |
Horizontal and vertical combustion test |
7 |
Textile flammability 45° test experiment |
Fire Water Supply Experiment |
8 |
Hydrostatics |
9 |
Hydrostatics / Hydrokinetics |
10 |
C-factor & Equivalent Pipe Lengths |
11 |
hardy Cross / gridded water calcs |
12 |
Gridded Water system,hydrant flow lab |
13 |
Fire Pump Inspections |
14 |
Fire pump testing |
Fire Detection and Alarm Experiment |
15 |
Device Placement Exercise |
16 |
Sprinklers Exercise |
17 |
Detectors Exercise |
18 |
Alarm Matrix Exercise |
19 |
Inspection testing and Maintenance/ Voice Message Systems |
20 |
Building Group Projects(furniture) |
21 |
Sprinkler Risers and Riser Practice |
22 |
Riser Practice |
23 |
Fire Extinguisher Training |
24 |
Group Project Bum |
Occupational safety technology experiment |
25 |
Construction Site Tour |
26 |
Facility Tour |
27 |
Fall Protection Demonstration |
28 |
Fall Protection Inspection |
29 |
Confined Space Evaluations |
30 |
Manufacturing Facility Tour and Flammable Liquids Storage |
31 |
Lockout Tagout Exercise |
32 |
Manual Materials Handing(Powered Industrial Trucks and Crane Safety) |
33 |
Excavation |
34 |
Grain Safety |
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| Fig.1 Fire Combustion Experimental Platform |
Fig.2 Fire Risk Assessment Experimental Platform |
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| Fig.3 Fire Prevention Automation Technology Experimental Platform |
Fig.4 Large Space Fire Extinguishing Technology Experiment Platform |
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| Fig.5 Tunnel Fire Model Experiment Platform |
Fig.6 Fire Heat Release Rate Experimental Platform |
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| Fig7 Spread of flame tester |
Fig.8 Evacuation test |
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| Fig.9 Smoke Movement Characteristics of Deep Buried High-speed Railway Transportation Hub Experimental Platform |
Fig.10 Student Participation in Experiment |
