A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Tests included study of influence of surrounding bodies on strength of cement and hydraulic lime, influence of qualities of sands used in mortars, strengths of mortars of various proportions in sea-water, effect of curing on strength of mortars, behavior of volcanic ashes as ingredients in cement mortars, effect of ramming on strength of mortars, effect of variation in quantity of water used in mortars, effects of storage and aeration on setting-time and strength of cement, strengths of mortars of various proportions in air, fresh-water, and sea-water, effect of mixing common salt in mortars.
Tests included study of influence of surrounding bodies on strength of cement and hydraulic lime, influence of qualities of sands used in mortars, strengths of mortars of various proportions in sea-water, effect of curing on strength of mortars, behavior of volcanic ashes as ingredients in cement mortars, effect of ramming on strength of mortars, effect of variation in quantity of water used in mortars, effects of storage and aeration on setting-time and strength of cement, strengths of mortars of various proportions in air, fresh-water, and sea-water, effect of mixing common salt in mortars.
On long-time tests of Portland cement, hydraulic lime, and volcanic ashes
Jl. College Eng., Tokyo Imperial University
Hiroi, I. (author)
1920
18 pages
32 Figs. on 10 supp. plates
Article (Journal)
English
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