This report describes a series of tests of the new proposed method for assessing the performance of façades when exposed to flashover fires. The tests consider the large fire exposure and consists of the 8.5 meter high incombustible walls placed in a 90° angle towards each other. The report assesses reproducibility and the effect of moisture content, stick size, wind and depth of the combustion chamber.The data from the report will be publicly available at the project website for further use and scrutiny. https://www.ri.se/en/what-we-do/projects/finalisation-of-the-european-approach-to-assess-the-fire-performance-of-facades
In the frame of the European RFCS-TRAFIR project, different natural fire tests in large compartment ...
Five tests of surface linings were carried out in a large room, 6.75 m by 9 m and 4.9 m high, at SP ...
Designing the outer walls of a building – its facade – is a complex, multi-objective problem. While ...
This report describes a series of tests of the new proposed method for assessing the performance of ...
Due to an increase in the number of large-scale façade fires around the world the interest in the fi...
Different countries world-wide have different legislation concerning the performance of facades expo...
External walls and their components are subjected to a number of fire safety requirements. Fire resi...
Façade fires do not occur often (in comparison to other major structure fires) but in recent years t...
In this paper, a comparative simulation study on 3 large‐scale facade testing methods, namely,the SP...
Innovative construction systems, increasing use of combustible material in facades, less and less sp...
Two series of full scale fire tests of wooden facades according to the Swedish test SP Fire 105 are ...
International audienceThis paper describes a full-scale test carried out on a high-rise reinforced c...
This report describes 19 large-scale fire tests of wood cladding with various forms of treatment. Th...
Presented is a comparison between full-scale façade tests where SP Fire 105 and BS 8414-1 were used ...
With regard to fire safety for exterior walls of a building, fire-resistance performance is consider...
In the frame of the European RFCS-TRAFIR project, different natural fire tests in large compartment ...
Five tests of surface linings were carried out in a large room, 6.75 m by 9 m and 4.9 m high, at SP ...
Designing the outer walls of a building – its facade – is a complex, multi-objective problem. While ...
This report describes a series of tests of the new proposed method for assessing the performance of ...
Due to an increase in the number of large-scale façade fires around the world the interest in the fi...
Different countries world-wide have different legislation concerning the performance of facades expo...
External walls and their components are subjected to a number of fire safety requirements. Fire resi...
Façade fires do not occur often (in comparison to other major structure fires) but in recent years t...
In this paper, a comparative simulation study on 3 large‐scale facade testing methods, namely,the SP...
Innovative construction systems, increasing use of combustible material in facades, less and less sp...
Two series of full scale fire tests of wooden facades according to the Swedish test SP Fire 105 are ...
International audienceThis paper describes a full-scale test carried out on a high-rise reinforced c...
This report describes 19 large-scale fire tests of wood cladding with various forms of treatment. Th...
Presented is a comparison between full-scale façade tests where SP Fire 105 and BS 8414-1 were used ...
With regard to fire safety for exterior walls of a building, fire-resistance performance is consider...
In the frame of the European RFCS-TRAFIR project, different natural fire tests in large compartment ...
Five tests of surface linings were carried out in a large room, 6.75 m by 9 m and 4.9 m high, at SP ...
Designing the outer walls of a building – its facade – is a complex, multi-objective problem. While ...