A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
New concepts in blistering of asphalt shingles
Attention is concentrated on upper layer of stabilized asphalt coating; correlation is shown between intensity of observable shingle blistering after prolonged test deck exposure and relative diameters of air pockets or voids in this coating; production of large voids of diameters in excess of 220 μ and percentage of these voids to total number of voids are critical factors in determining intensity of blistering; methods of reducing number of large voids formed in asphalt coating during manufacture of shingles are discussed.
New concepts in blistering of asphalt shingles
Attention is concentrated on upper layer of stabilized asphalt coating; correlation is shown between intensity of observable shingle blistering after prolonged test deck exposure and relative diameters of air pockets or voids in this coating; production of large voids of diameters in excess of 220 μ and percentage of these voids to total number of voids are critical factors in determining intensity of blistering; methods of reducing number of large voids formed in asphalt coating during manufacture of shingles are discussed.
New concepts in blistering of asphalt shingles
ASTM -- Special Tech Publ
Knight, R.S. (author) / Platt, R.B. (author) / Smith, D.J. (author)
1964
13 pages
Report
English
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