Parametric numerical analyses have been performed with SAFIR for the temperature distribution in steel and composite beams and joints subjected to natural fires. A simple model has been derived to calculate the temperature development in the upper flange of the steel section supporting a concrete slab. This model takes into account, not only the heat transfer with the surounding hot gases, but also the heat transfer 1) by conduction with the lower part of the section through the web and 2) with the supported concrete slab
A finite element analysis (FEA) modeling is established and introduced in this paper to calculate th...
In this paper, the results of numerical simulation of 2D non-stationary temperature fields in common...
A composite steel-concrete slab consists of a profiled steel deck that acts as permanent formwork to...
The present article describes the existing methods and recommendations for the evaluation of tempera...
Until recently, investigations on the fire resistance of steel joints have been neglected by structu...
Temperature distribution usually observed in steel beam-to-column end-plate joint after 15 minutes o...
In the second part of this paper the temperature distribution is analysed for a thermally uninsulate...
peer reviewedFrom extensive numerical thermal simulations made with SAFIR, simple design equations h...
Composite steel-concrete slabs are structural elements composed of a profiled steel deck which acts ...
This report investigates the behaviour of composite steel - concrete beams at elevated temperatures ...
Methods for calculating the fire resistance of steel-reinforced concrete slabs made using profiled s...
Fire is a rare but extreme event that subjects a structure to a unique set of demands. The fire resi...
Fire is an extreme action, to which a steel structure may be submitted, and therefore, must be desig...
Methods for calculating the fire resistance of steel-reinforced concrete slabs made using profiled s...
This thesis describes the development of a numerical method for the structural analysis of beams and...
A finite element analysis (FEA) modeling is established and introduced in this paper to calculate th...
In this paper, the results of numerical simulation of 2D non-stationary temperature fields in common...
A composite steel-concrete slab consists of a profiled steel deck that acts as permanent formwork to...
The present article describes the existing methods and recommendations for the evaluation of tempera...
Until recently, investigations on the fire resistance of steel joints have been neglected by structu...
Temperature distribution usually observed in steel beam-to-column end-plate joint after 15 minutes o...
In the second part of this paper the temperature distribution is analysed for a thermally uninsulate...
peer reviewedFrom extensive numerical thermal simulations made with SAFIR, simple design equations h...
Composite steel-concrete slabs are structural elements composed of a profiled steel deck which acts ...
This report investigates the behaviour of composite steel - concrete beams at elevated temperatures ...
Methods for calculating the fire resistance of steel-reinforced concrete slabs made using profiled s...
Fire is a rare but extreme event that subjects a structure to a unique set of demands. The fire resi...
Fire is an extreme action, to which a steel structure may be submitted, and therefore, must be desig...
Methods for calculating the fire resistance of steel-reinforced concrete slabs made using profiled s...
This thesis describes the development of a numerical method for the structural analysis of beams and...
A finite element analysis (FEA) modeling is established and introduced in this paper to calculate th...
In this paper, the results of numerical simulation of 2D non-stationary temperature fields in common...
A composite steel-concrete slab consists of a profiled steel deck that acts as permanent formwork to...