The research is an exhaustive study of the microstructure and of the stress-strain curves of structural steel S460N at temperatures typical of a fire. It includes a fractographic study of the fracture suifaces of cylindrical specimens, tensile tested at different fire scenarios, explaining the relationship between the failure micromechanisms and temperature. The paper ends with the comparison between the experimentally found strain-stress curves with that one's proposed by the EUROCODE EC3, resulting that in the case of steel S460N these are on the side ofsafety
In this article, changes occurring in structural steel after exposure to fire are described and disc...
Conference paper by two MEng students, Robertson and Dudorova as a result of a supervised master stu...
This paper focuses on the structural analysis of a steel structure under fire loading. In this frame...
The research is an exhaustive study of the microstructure and of the stress-strain curves of structu...
For the evaluation of damage to a structure after exposure to fire, the residual mechanical properti...
For the damage evaluation of a structure after exposure to fire, residual mechanical properties of t...
Cold-formed steel members are widely used in residential, industrial and commercial buildings as pri...
Cold-formed steel members have been widely used in residential, industrial and commercial buildings ...
Accurate prediction of material properties under combined high strain rate and elevated temperature ...
The Australian Steel Design Code, AS4100 provides guidance for design of steel elements. The fire se...
This master thesis investigated the effect of non-uniform temperature distribution on the behavior o...
conditions Cold-formed steel members have been widely used in residential, industrial and commercial...
High temperature is one of the factor that caused the structure to be severe and would undermine the...
The architectural flexibility of steel structure dominates over other conventional structures, but f...
The design principles for high strength steel (HSS) structures exposed to fire are under development...
In this article, changes occurring in structural steel after exposure to fire are described and disc...
Conference paper by two MEng students, Robertson and Dudorova as a result of a supervised master stu...
This paper focuses on the structural analysis of a steel structure under fire loading. In this frame...
The research is an exhaustive study of the microstructure and of the stress-strain curves of structu...
For the evaluation of damage to a structure after exposure to fire, the residual mechanical properti...
For the damage evaluation of a structure after exposure to fire, residual mechanical properties of t...
Cold-formed steel members are widely used in residential, industrial and commercial buildings as pri...
Cold-formed steel members have been widely used in residential, industrial and commercial buildings ...
Accurate prediction of material properties under combined high strain rate and elevated temperature ...
The Australian Steel Design Code, AS4100 provides guidance for design of steel elements. The fire se...
This master thesis investigated the effect of non-uniform temperature distribution on the behavior o...
conditions Cold-formed steel members have been widely used in residential, industrial and commercial...
High temperature is one of the factor that caused the structure to be severe and would undermine the...
The architectural flexibility of steel structure dominates over other conventional structures, but f...
The design principles for high strength steel (HSS) structures exposed to fire are under development...
In this article, changes occurring in structural steel after exposure to fire are described and disc...
Conference paper by two MEng students, Robertson and Dudorova as a result of a supervised master stu...
This paper focuses on the structural analysis of a steel structure under fire loading. In this frame...