DESIGN OF LARGE-STONE ASPHALT MIXES FOR LOW-VOLUME ROADS USING 6-IN.-DIAMETER MARSHALL SPECIMENS
PS Kandhal - Transportation Research Record, 1991 - trid.trb.org
DESIGN OF LARGE-STONE ASPHALT MIXES FOR LOW-VOLUME ROADS USING 6-IN.-
DIAMETER MARSHALL SPECIMENS Premature rutting of road pavements constructed for
hauling coal and logs is common. Although these roads carry low volumes of traffic, they are
subjected to heavy and channelized wheel loads. Unfortunately, conventional asphalt mixes
containing aggregates less than 1-in. maximum size in the base or binder course tend to
develop premature rutting under these conditions. Many asphalt technologists believe that …
DIAMETER MARSHALL SPECIMENS Premature rutting of road pavements constructed for
hauling coal and logs is common. Although these roads carry low volumes of traffic, they are
subjected to heavy and channelized wheel loads. Unfortunately, conventional asphalt mixes
containing aggregates less than 1-in. maximum size in the base or binder course tend to
develop premature rutting under these conditions. Many asphalt technologists believe that …
[HTML][HTML] Design of Large Stone Asphalt Mixes for Low-Volume Roads Using Six-inch Diameter Marshall Specimens
PS Kandhal - 1991 - rosap.ntl.bts.gov
Premature rutting of road pavements constructed for hauling coal and logs is common.
Although these roads carry low volumes of traffic, they are subjected to heavy and
channelized wheel loads. Unfortunately, conventional asphalt mixes containing aggregates
less than 1-in. maximum size in the base or binder course tend to develop premature rutting
under these conditions. Many asphalt technologists believe that the use of large-size stone
(maximum size of more than 1 in.) will minimize or eliminate this problem. Large-stone mixes …
Although these roads carry low volumes of traffic, they are subjected to heavy and
channelized wheel loads. Unfortunately, conventional asphalt mixes containing aggregates
less than 1-in. maximum size in the base or binder course tend to develop premature rutting
under these conditions. Many asphalt technologists believe that the use of large-size stone
(maximum size of more than 1 in.) will minimize or eliminate this problem. Large-stone mixes …