A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A biomimetic model of short fibre reinforced composite materials. III. Intensiting effect of dumbbell fibre-reinforced composite with brittle matrix
According to the stress analysis of dumbbell fibre-reinforced composite, the weakly bonded interfaces in the composite materials with brittle matrix were investigated. It is shown that the bending strength of concrete reinforced by fibres with entlarged-ends is 20 % higher than that by plain fibres. The well distributed stress and the increased pull-out resistance because of enlarged-ends are the important reasons. It means that this biomimetic model gives rise reinforcing effect not only to plastic matrix but also to brittle one.
A biomimetic model of short fibre reinforced composite materials. III. Intensiting effect of dumbbell fibre-reinforced composite with brittle matrix
According to the stress analysis of dumbbell fibre-reinforced composite, the weakly bonded interfaces in the composite materials with brittle matrix were investigated. It is shown that the bending strength of concrete reinforced by fibres with entlarged-ends is 20 % higher than that by plain fibres. The well distributed stress and the increased pull-out resistance because of enlarged-ends are the important reasons. It means that this biomimetic model gives rise reinforcing effect not only to plastic matrix but also to brittle one.
A biomimetic model of short fibre reinforced composite materials. III. Intensiting effect of dumbbell fibre-reinforced composite with brittle matrix
Ein biomimetisches Modell für mit kurzen Fasern verstärkte Verbundwerkstoffe. III. Verstärkender Effekt bei mit Hantelfasern gehärteten Verbundwerkstoffen mit spröder Matrix
Titel chinesisch
Acta Metallurgica Sinica (Chinese Letters) ; 32 ; 438-442
1996
5 Seiten, 2 Bilder, 6 Quellen
Article (Journal)
Unknown
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