A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel-Concrete Composite Slim Floor Frame System
The behavior of the beams, columns and connections in the composite frame system were investigated and both structural design and construction technology were developed. Full-scale connection tests were carried out on a cruciform-type of test set-up and the results of the tests on bare steel and composite connections are reported. The behavior of a composite slim floor construction exposed to ISO fire was investigated. The temperature analysis and calculation of load-bearing capacity under fire conditions were made. The structural fire resistance behavior of the slim floor beam, both an isolated member and as a part of the frame with surrounding restraints, is investigated and the relationship between the fire resistance and load ratio under ISO standard fire was discussed.
Steel-Concrete Composite Slim Floor Frame System
The behavior of the beams, columns and connections in the composite frame system were investigated and both structural design and construction technology were developed. Full-scale connection tests were carried out on a cruciform-type of test set-up and the results of the tests on bare steel and composite connections are reported. The behavior of a composite slim floor construction exposed to ISO fire was investigated. The temperature analysis and calculation of load-bearing capacity under fire conditions were made. The structural fire resistance behavior of the slim floor beam, both an isolated member and as a part of the frame with surrounding restraints, is investigated and the relationship between the fire resistance and load ratio under ISO standard fire was discussed.
Steel-Concrete Composite Slim Floor Frame System
M. Malaska (author) / Z. Ma (author) / P. Maekelaeinen (author)
2000
66 pages
Report
No indication
English
Structural Analyses , Composite structures , Concrete construction , Steel construction , Fire safety , Beams(Supports) , Loads(Forces) , Materials testing , Floors , Composite materials , Fire resistance , Frame , Heat transfer , Foreign technology , Steel-concrete composite , Connection tests , Slim floor
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