A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Abstract (Fig 20) A fire-resistant wall panel assembly comprising a substrate supporting outer cladding sheets in side by side relation, each cladding sheet being a composite of a relatively thin steel layer and a relatively thick aluminium layer, the sheets described herein have a steel outer layer which is about .4mm thick and an aluminium layer is about 2mm thick and panel density from 6kg/m2 to 9kg/m 2. The panels were tested according to British Standard BS 8414-2 2015 (amdt 1) as modified by Australian 5113-2016 (amdt 1) and the specimen passes the classification criteria 5.4.4(b) which concerns the temperature differential from outer fireside and inside and 5.4.5(g) which concerns debris.
Abstract (Fig 20) A fire-resistant wall panel assembly comprising a substrate supporting outer cladding sheets in side by side relation, each cladding sheet being a composite of a relatively thin steel layer and a relatively thick aluminium layer, the sheets described herein have a steel outer layer which is about .4mm thick and an aluminium layer is about 2mm thick and panel density from 6kg/m2 to 9kg/m 2. The panels were tested according to British Standard BS 8414-2 2015 (amdt 1) as modified by Australian 5113-2016 (amdt 1) and the specimen passes the classification criteria 5.4.4(b) which concerns the temperature differential from outer fireside and inside and 5.4.5(g) which concerns debris.
Wall Cladding Assembly
LEE WALTER (author)
2021-08-26
Patent
Electronic Resource
English