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A study on selection and size of Earth in application of Rammed Earth  

Hwang, Hey Zoo (목포대학교 건축학과)
Kim, Tae Hun (목포대학교 건축학과)
Yang, Jun Hyuk (목포대학교 건축학과)
Publication Information
KIEAE Journal / v.9, no.2, 2009 , pp. 65-71 More about this Journal
Abstract
Results from tests for what mixing rate of soil and sand is proper for the rammed earth and for how much additives are optimum are as under. 1) In the test to evaluate what mixing rate of soil and sand is desirable, peptizing property and surface sticking rate are found similar in its degree, but compression strength is found most stable when the ratio of soil and sand mixing shows 30:70 which indicates the best mixing rate of soil and sand. 2) In a test to add hydrated lime, compression strength, peptizing property, and surface sticking rate are found best when the mixing rate of soil and sand shows 23:7. 3) In a test to add sea weeds, the peptizing property goes down at 75% of sea weeds input a little bit more than at 100%, but compression strength shows best at 75% which is thought to be the best rate. 4) In a drop test, more soil powder mixed, the sticking strength gets better and more sands are contained, the sticking strength gets far worse to be scattered in powder type. 5) As concluding all results mentioned in the above item, the most desirable mixing rate of soil, sand, and hydrated lime is found to be 23:7:70 for the rammed earth where compression strength, peptizing property, and surface sticking rate are best.
Keywords
Rammed Earth; Pise; Green Building; hwangto; Earth Construction;
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  • Reference
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