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Durability Evaluation of Frost-Resistant Concrete Modified with Additives
The article presents the influence of the addition of microsilica, finely divided sodium bentonite and air-entraining admixture for concrete frost-resistance and characteristics of examined concrete pores. Examination of frost-resistance was conducted for 150 cycles of freezing and thawing. For selected series of concrete the examination of the porosity structure of concrete composites was conducted with the use of a device for automatic image analysis and computer program Lucia Concrete. What is more, there was made a designation of: consistency of concrete mix, air content in concrete mix, compression strength, water penetration depth and concrete absorbability.
Durability Evaluation of Frost-Resistant Concrete Modified with Additives
The article presents the influence of the addition of microsilica, finely divided sodium bentonite and air-entraining admixture for concrete frost-resistance and characteristics of examined concrete pores. Examination of frost-resistance was conducted for 150 cycles of freezing and thawing. For selected series of concrete the examination of the porosity structure of concrete composites was conducted with the use of a device for automatic image analysis and computer program Lucia Concrete. What is more, there was made a designation of: consistency of concrete mix, air content in concrete mix, compression strength, water penetration depth and concrete absorbability.
Durability Evaluation of Frost-Resistant Concrete Modified with Additives
Applied Mechanics and Materials ; 711 ; 370-375
2014-12-31
6 pages
Article (Journal)
Electronic Resource
English
Durability , Admixture , Freezing , Thawing , Pore Solution
Durability Evaluation of Frost-Resistant Concrete Modified with Additives
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