A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Study of of some variables affecting retention of aggregate by asphalt surface treatments
Proper quantity of given aggregate for one-course surface treatment can be determined from quantity required to cover one square yard one stone thick, plus allowance of 10% for spreading inaccuracy; adhesion of stone to asphalt cement is improved by heating stone to 150 to 200 F; Kearby method is good procedure for determining asphalt quantity for one-course surface treatment. (see also Bitumen v 16 n 5 June 1954 p 114-8)
Study of of some variables affecting retention of aggregate by asphalt surface treatments
Proper quantity of given aggregate for one-course surface treatment can be determined from quantity required to cover one square yard one stone thick, plus allowance of 10% for spreading inaccuracy; adhesion of stone to asphalt cement is improved by heating stone to 150 to 200 F; Kearby method is good procedure for determining asphalt quantity for one-course surface treatment. (see also Bitumen v 16 n 5 June 1954 p 114-8)
Study of of some variables affecting retention of aggregate by asphalt surface treatments
Roads Streets
Benson, F.J. (author) / Gallaway, B.M. (author)
Roads and Streets ; 97
1954
3 pages
Article (Journal)
English
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