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Compressive behaviour of a tire recycled steel and textil fiber concrete subjected to fire
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Orientador(es)
Resumo(s)
The use of rubber aggregates, steel and textile fibres recycled from tires in concrete is a
solution that it is being studied by several authors around the world. A few works have been
carried out at room temperature but very scarce at high temperatures. This paper presents the
results of a research with the aim to evaluate the behaviour at high temperatures of a concrete
made with different amounts of recycled textile and steel fibres from tires. The study considered
five concrete compositions, with the same water/cement ratio (W/C=0.43), differing only in the
type and quantity of fibers incorporated in the mixture. Thus, a reference composition (0% fiber),
two compositions with 30 and 70kg/m3 of steel fibers and a composition with 2 and 4kg/m3 of
textile fibers from tires were tested. The concrete was tested for a load level of 0.5fcd and
different maximum temperature levels (20, 300, 500 and 700ºC).
Descrição
Palavras-chave
Concrete Steel fibers Textile fibers Recycled tires High temperatures Compressive strength
Contexto Educativo
Citação
SANTOS; Cristina Calmeiro; RODRIGUES, João P. (2015) - Compressive behaviour of a tire recycled steel and textil fiber concrete subjected to fire. In: International Fire Safety Symposium, Coimbra, 20-23 de Abril. Coimbra: [s.n.] . p. 1-11