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Experimental Study on Spall Resistance of Steel-Fiber Reinforced Concrete Slab Subjected to Explosion
Abstract Steel-fiber reinforced concrete slabs have good blast and spall resistance. In this study, compression and splitting tensile experiments were carried out to obtain the basic quasi-static mechanical properties of the steel-fiber concrete specimens and the influence of steel-fiber parameters was revealed. In-field explosion experiments were performed to study the dynamic responses and damage modes of the steel-fiber reinforced concrete slabs. Five typical spall damage modes were observed, the distribution law of the spalling fragments was obtained, and the influence of steel-fiber shape, length, length–diameter ratio and volume percentage on the spall performance were revealed. These results will provide a basis for the application of steel-fiber reinforced concrete slabs in protective structures.
Experimental Study on Spall Resistance of Steel-Fiber Reinforced Concrete Slab Subjected to Explosion
Abstract Steel-fiber reinforced concrete slabs have good blast and spall resistance. In this study, compression and splitting tensile experiments were carried out to obtain the basic quasi-static mechanical properties of the steel-fiber concrete specimens and the influence of steel-fiber parameters was revealed. In-field explosion experiments were performed to study the dynamic responses and damage modes of the steel-fiber reinforced concrete slabs. Five typical spall damage modes were observed, the distribution law of the spalling fragments was obtained, and the influence of steel-fiber shape, length, length–diameter ratio and volume percentage on the spall performance were revealed. These results will provide a basis for the application of steel-fiber reinforced concrete slabs in protective structures.
Experimental Study on Spall Resistance of Steel-Fiber Reinforced Concrete Slab Subjected to Explosion
Dapeng Yang (author) / Bei Zhang (author) / Guojun Liu (author)
2021
Article (Journal)
Electronic Resource
Unknown
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| Springer Verlag | 2021
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