A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Skid proofing of asphaltic concrete pavement surfaces
Phenomena of kinetic energy, friction, velocity, and acceleration of gravity are discussed; National Crushed Stone Association's slipperiness testing wheel is described; series of laboratory tests for improving skid resistance of aphaltic concrete; reducing speed to 50 mph, special wet-weather restrictions, and use of non-slippery fine aggregates is recommended; establishment of permanent standards of slipperiness.
Skid proofing of asphaltic concrete pavement surfaces
Phenomena of kinetic energy, friction, velocity, and acceleration of gravity are discussed; National Crushed Stone Association's slipperiness testing wheel is described; series of laboratory tests for improving skid resistance of aphaltic concrete; reducing speed to 50 mph, special wet-weather restrictions, and use of non-slippery fine aggregates is recommended; establishment of permanent standards of slipperiness.
Skid proofing of asphaltic concrete pavement surfaces
Crushed Stone J
Gray, J.E. (author) / Goldbeck, A.T. (author)
1959
10 pages
Article (Journal)
English
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