Difference between revisions of "Cardington fire test data"

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British Steel carried out four fire tests on the Cardington frame between 1995 and 1997. An additional two test were carried out by the Building Research Establishment (BRE). These test underpin much of the modern science of [[Structural_fire_engineering|structural fire engineering]] in steel framed buildings with [[Composite_construction#Composite_slabs|composite steel deck floors]]  
 
British Steel carried out four fire tests on the Cardington frame between 1995 and 1997. An additional two test were carried out by the Building Research Establishment (BRE). These test underpin much of the modern science of [[Structural_fire_engineering|structural fire engineering]] in steel framed buildings with [[Composite_construction#Composite_slabs|composite steel deck floors]]  
  
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The first test was carried out on a single unprotected beam and surrounding area of slab. Further tests were carried out in compartments varying in size from 50m² to 340m² with fire loadings provided by gas, wooden cribs and standard office furniture. Columns were [[Fire_protecting_structural_steelwork|protected]] but beams were not. Despite atmosphere temperatures of over 1200°C and temperatures on the unprotected steel beams of 1100°C in the worst case, no structural collapse took place. The full set of data from the four Tata Steel tests is to be found in this article. Descriptions of the tests and guidance on how to interpret the data can be found by following the link [[Steel_fire_test_data#Tata_Steel_Cardington_fire_test_data_.281995-97.29|here]].  
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The first test was carried out on a single unprotected beam and surrounding area of slab. Further tests were carried out in compartments varying in size from 50m² to 340m² with fire loadings provided by gas, wooden cribs and standard office furniture. Columns were [[Fire_protecting_structural_steelwork|protected]] but beams were not. Despite atmosphere temperatures of over 1200°C and temperatures on the unprotected steel beams of 1100°C in the worst case, no structural collapse took place. The full set of data from the four British Steel tests is to be found in this article. Descriptions of the tests and guidance on how to interpret the data can be found by following the link [[Steel_fire_test_data#Tata_Steel_Cardington_fire_test_data_.281995-97.29|here]].  
  
 
Data from the two fire test carried out by the BRE can be found by following the link [[Steel_fire_test_data#BRE_Cardington_fire_test_data_.281995-97.29|here]]. Data on a subsequent, stand alone test conducted by BRE can be found [[Steel_fire_test_data#BRE_Cardington_fire_test_data_2003|here]].   
 
Data from the two fire test carried out by the BRE can be found by following the link [[Steel_fire_test_data#BRE_Cardington_fire_test_data_.281995-97.29|here]]. Data on a subsequent, stand alone test conducted by BRE can be found [[Steel_fire_test_data#BRE_Cardington_fire_test_data_2003|here]].   

Revision as of 12:23, 12 March 2019

British Steel carried out four fire tests on the Cardington frame between 1995 and 1997. An additional two test were carried out by the Building Research Establishment (BRE). These test underpin much of the modern science of structural fire engineering in steel framed buildings with composite steel deck floors

The first test was carried out on a single unprotected beam and surrounding area of slab. Further tests were carried out in compartments varying in size from 50m² to 340m² with fire loadings provided by gas, wooden cribs and standard office furniture. Columns were protected but beams were not. Despite atmosphere temperatures of over 1200°C and temperatures on the unprotected steel beams of 1100°C in the worst case, no structural collapse took place. The full set of data from the four British Steel tests is to be found in this article. Descriptions of the tests and guidance on how to interpret the data can be found by following the link here.

Data from the two fire test carried out by the BRE can be found by following the link here. Data on a subsequent, stand alone test conducted by BRE can be found here.


[top]1-D restrained plane beam test

[top]1-D Deflections and rotations

[top]1-D Drawing menu

[top]1-D Strain data

[top]1-D Temperature data

[top]2-D plane frame test

[top]2-D Deflections and rotations

[top]2-D Drawing menu

[top]2-D Strain data

[top]2-D Temperature data

[top]Corner compartment test

[top]Corner test Deflections and rotations

[top]Corner test Drawing menu

[top]Corner test Strain data

[top]Corner test Temperature data

[top]Office fire (demonstration) test

[top]Demonstration test Deflections and rotations

[top]Demonstration test Drawing menu

[top]Demonstration test Strain data

[top]Demonstration test Temperature data

[top]See also

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