A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Further studies of pore size distribution in mortars
Method of mercury penetration was used to study influence of variations in sand/cement and water/cement ratios on pore size distributions of mortars, down to pore sizes of 0.01μ diam; it was found that total volume of pores with diameters greater than 5μ increased as sand/cement ratio increased, but decreased as water/cement ratio increased; cross section of pores became more irregular as sand content increased.
Further studies of pore size distribution in mortars
Method of mercury penetration was used to study influence of variations in sand/cement and water/cement ratios on pore size distributions of mortars, down to pore sizes of 0.01μ diam; it was found that total volume of pores with diameters greater than 5μ increased as sand/cement ratio increased, but decreased as water/cement ratio increased; cross section of pores became more irregular as sand content increased.
Further studies of pore size distribution in mortars
Mag Concrete Research
Kroone, B. (author) / Crook, D.N. (author)
1962
4 pages
Article (Journal)
English
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Studies of pore size distribution in mortars
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