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A platform for research: civil engineering, architecture and urbanism
Study on Sulfate Resistance of Concrete with Compound Mineral Admixture
The strength, expansion and amount of scaling of concrete with compound mineral admixture (CMA) from steel slag, granulated blast furnace slag and fly ash were studied. The result shows that damage by crystallization press from sulfate attack when concrete was exposed to sulfate environments under wetting–drying alternation is much larger than that from sulfate chemical attack. Adding CMA to concrete could reduce the damage from expansion of concrete caused by sulfate chemical attack, but the resistance of concrete to damage by crystallization press from sulfate attack was remarkably reduced.
Study on Sulfate Resistance of Concrete with Compound Mineral Admixture
The strength, expansion and amount of scaling of concrete with compound mineral admixture (CMA) from steel slag, granulated blast furnace slag and fly ash were studied. The result shows that damage by crystallization press from sulfate attack when concrete was exposed to sulfate environments under wetting–drying alternation is much larger than that from sulfate chemical attack. Adding CMA to concrete could reduce the damage from expansion of concrete caused by sulfate chemical attack, but the resistance of concrete to damage by crystallization press from sulfate attack was remarkably reduced.
Study on Sulfate Resistance of Concrete with Compound Mineral Admixture
Applied Mechanics and Materials ; 99-100 ; 420-425
2011-09-08
6 pages
Article (Journal)
Electronic Resource
English
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