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Engineering Laboratory / Fire Research Division

National Fire Research Laboratory

FCD Experiments

Search the title, description, test director, specimen, fuel type, and ignition.
Experiment Name Plot of Heat Release Rate Ignition Photo Date/Time Project Specimen Fuel Type Total Heat Released (MJ) Peak HRR (kW)
Throw_pillow_1
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Room Flashover Experiments to Demonstrate the Effectiveness of Barrier Fabrics Throw Pillow Polyester
3.96
34.6
Throw_pillow_2
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Room Flashover Experiments to Demonstrate the Effectiveness of Barrier Fabrics Throw Pillow Polyester
4.20
45.0
Test_1
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Room Flashover Experiments to Demonstrate the Effectiveness of Barrier Fabrics furnished room with polyester fabric sofa no barrier Cellulose, Plastic
2,551
9,175
CB-42-DA-4MW
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
data sync marc
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 1 Three box burners Natural Gas
10,980
4,182
CB-42-DA-SC-4MW
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 1 Three box burners Natural Gas
17,069
4,184
CB-42-SP-4MW
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 1 Three box burners Natural Gas
13,232
4,331
CB-42-SP-SC-4MW
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 1 Three box burners Natural Gas
14,803
4,312
15minRamp_R1
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 2 Four square burners Natural Gas
5,047
8,034
15minRamp_R2
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 2 Four square burners Natural Gas
4,850
7,980
CompositeFloorTest_No3
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
horn
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 2 Four square burners Natural Gas
90,480
12,124
60minRamp_R1
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 2 Four square burners Natural Gas
37,631
10,317
CompositeFloorTest_No1
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 2 Four square burners Natural Gas
63,542
11,496
CompositeFloorTest_No2
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Steel-Concrete Composite Floor Systems Subject to Fire, Phase 2 Four square burners Natural Gas
86,908
12,776
CornOil_50g_20cm_Calphalon
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
fuel pour
Stovetop Cooking Pan Fire Safety corn oil in 20 cm pan Corn Oil
1.656
34.0
CornOil_50g_20cm_AlumiPanRepeat2
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
fuel pour
Stovetop Cooking Pan Fire Safety corn oil in 20 cm pan Corn Oil
1.447
28.2
stovetop_test_MassLoss_13
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
heating element on
Stovetop Cooking Pan Fire Safety cooking pan Corn Oil
5.59
73.7
stovetop_test_MassLoss_14c
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
heating element on
Stovetop Cooking Pan Fire Safety cooking pan Corn Oil
1.71
18.50
Gasoline_50g
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
fuel pour
Stovetop Cooking Pan Fire Safety gasoline in 20 cm pan Gasoline
2.04
21.9
SSEgasBurner0
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Structure Separation Experiments: Shed Burns without Wind box burner Natural Gas
311
418
1B-SCl0-0
Plot of Fire Heat Release Rate with event markers. Uncertainty bar shown at peak value.
Ignition
Structure Separation Experiments: Shed Burns without Wind Steel Shed Wood Cribs Cellulose
601
896

Bryant, R. and Bundy, M. The NIST 20 MW Calorimetry Measurement System for Large-Fire Research, Technical Note (NIST TN) 2077, 2019
https://doi.org/10.6028/NIST.TN.2077

NIST Fire Calorimetry Database (FCD)
https://doi.org/10.18434/mds2-2314